lcd module l yoga 3 14 w bezel free sample

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lcd module l yoga 3 14 w bezel free sample

New: A brand-new, unused, unopened, undamaged item in its original packaging (where packaging is applicable). Packaging should be the same as what is found in a retail store, unless the item is handmade or was packaged by the manufacturer in non-retail packaging, such as an unprinted box or plastic bag. See the seller"s listing for full details.See all condition definitionsopens in a new window or tab

lcd module l yoga 3 14 w bezel free sample

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lcd module l yoga 3 14 w bezel free sample

Ghost Touch, Running Touch, No-Touch, and Inverted Touch are not screen related issues. Kindly check your digitizer board and cable since they are the most likely cause of any touch issue; please do not open a return claiming the touch did not work. If the machine has a weakened or fragile digitizer board, the replacement unit or assembly will not have proper touch or in some cases it may not have touch at all. The order is not processed unless requested information has been received.

Compatible PN 5D10G69059 5D10G74846 5T50H00216 5T50H00214 5DM0G74716 5DM0G74715 5DM0G74717 Lenovo Yoga 700-14ISK Laptop (ideapad) - Type 80QD lenovo Yoga 3-1470 Laptop (Lenovo) - Type 80JH PART: 5D10H35588 Lenovo Yoga 700-14ISK Laptop (ideapad) - Type 80QD

lcd module l yoga 3 14 w bezel free sample

• Beforeusingthisinformationandtheproductitsupports,besuretoreadthegeneralinformationunder “Notices”onpage67. First Edition (Sep. 2014) © Copyright Lenovo 2014. All rights reserved. LIMITED AND RESTRICTED RIGHTS NOTICE: If data or software is delivered pursuant a General Services Administration “GSA” contract, use, reproduction, or disclosure is subject to restrictions set forth in Contract No.

YOGA 3-1170 Hardware Maintenance Manual Safety notice 2 DANGER Somestandbybatteriescontainasmallamountofnickelandcadmium.Donot disassembleastandbybattery,rechargeit,throwitintofireorwater,orshort- circuitit.Disposeofthebatteryasrequiredbylocalordinancesorregulations. Useonlythebatteryintheappropriatepartslisting.Useofanincorrectbatterycan resultinignitionorexplosionofthebattery. Certaines batteries de secours contiennent du nickel et du cadmium. Ne les démontez pas, ne les rechargez pas, ne les exposez ni au feu ni à l’eau. Ne les mettez pas en court-circuit. Pour les mettre au rebut, conformez-vous à la...

Safety information Safety notice 3 DANGER Thebatterypackcontainssmallamountsofnickel.Donotdisassembleit,throw itintofireorwater,orshort-circuitit.Disposeofthebatterypackasrequiredby localordinancesorregulations.Useonlythebatteryintheappropriatepartslisting whenreplacingthebatterypack.Useofanincorrectbatterycanresultinignition orexplosionofthebattery. Labatteriecontientdunickel.Neladémontezpas,nel’exposezniaufeuniàl’eau. Nelamettezpasencourt-circuit.Pourlamettreaurebut,conformez-vousàla réglementationenvigueur.Lorsquevousremplacezlabatterie,veillezàn’utiliser quelesmodèlescitésdanslalistedepiècesdétachéesadéquate.Eneffet,une batterieinappropriéerisquedeprendrefeuoud’exploser. Akkus enthalten geringe Mengen von Nickel. Sie dürfen nicht zerlegt, wiederaufgeladen,kurzgeschlossen,oderFeueroderWasserausgesetztwerden. BeiderEntsorgungdieörtlichenBestimmungenfürSondermüllbeachten.Beim ErsetzenderBatterienurBatteriendesTypsverwenden,derinderErsatzteilliste aufgeführtist.DerEinsatzfalscherBatterienkannzuEntzündungoderExplosion führen. Labatteriacontienepiccolequantitàdinichel.Nonsmontarla,gettarlanelfuoco onell’acquanécortocircuitarla.Smaltirlasecondolanormativainvigore(DPR 915/82, successivedisposizioniedisposizionilocali). Quandosisostituiscela batteria,utilizzaresoltantoitipiinseritinell’appropriatoCatalogoparti.L’impiego diunabatterianonadattapotrebbedeterminarel’incendiool’esplosionedella batteriastessa. Las baterías contienen pequeñas cantidades de níquel. No las desmonte, ni recargue,nilasechealfuegooalaguanilascortocircuite.Deséchelastalcomo disponelanormativalocal.Utilicesólobateríasqueseencuentrenenlalistade piezasalsustituirlabatería.Lautilizacióndeunabateríano apropiadapuede...

YOGA 3-1170 Hardware Maintenance Manual Safety notice 4 DANGER The lithium battery can cause a fire, an explosion, or a severe burn. Do not rechargeit,removeitspolarizedconnector,disassembleit,heatitabove100°C (212°F),incinerateit,orexposeitscellcontentstowater.Disposeofthebatteryas requiredbylocalordinancesorregulations.Useonlythebatteryintheappropriate partslisting.Useofanincorrectbatterycanresultinignitionorexplosionofthe battery. Lapiledesauvegardecontientdulithium.Elleprésentedesrisquesd’incendie, d’explosion ou de brûlures graves. Ne la rechargez pas, ne retirez pas son connecteurpolariséetneladémontezpas.Nel’exposezpasàunetemperature...

Safety information Safety notice 5 IftheLCDbreaksandthefluidfrominsidetheLCDgetsintoyoureyesoronyour hands,immediatelywashtheaffectedareaswithwateratleastfor15minutes. Seekmedicalcareifanysymptomscausedbythefluidarepresentafterwashing. Silepanneaud’affichageàcristauxliquidessebriseetquevousrecevezdansles yeuxousurlesmainsunepartiedufluide,rincez-lesabondammentpendantau moinsquinzeminutes.Consultezunmédecinsidessymptômespersistentaprèsle lavage. DieLeuchtstoffröhreimLCD-BildschirmenthältQuecksilber.BeiderEntsorgung die örtlichen Bestimmungen für Sondermüll beachten. Der LCD-Bildschirm besteht aus Glas und kann zerbrechen, wenn er unsachgemäß behandelt wird oderderComputeraufdenBodenfällt.WennderBildschirmbeschädigtistund diedarinbefindlicheFlüssigkeitinKontaktmitHautundAugengerät,sollten die betroffenen Stellen mindestens 15 Minuten mitWasser abgespült und bei BeschwerdenanschließendeinArztaufgesuchtwerden.

YOGA 3-1170 Hardware Maintenance Manual Safety notice 6 DANGER Toavoidshock,donotremovetheplasticcoverthatprotectsthelowerpartofthe invertercard. Afind’évitertoutrisquedechocélectrique,neretirezpaslecacheenplastique protégeantlapartieinférieuredelacarted’alimentation. Aus Sicherheitsgründen die Kunststoffabdeckung, die den unteren Teil der Spannungswandlerplatineumgibt,nichtentfernen. Perevitarescosseelettriche,nonrimuoverelacoperturainplasticacheavvolgela parteinferioredellaschedainvertitore. Paraevitardescargas,noquitelacubiertadeplásticoquerodealapartebajadela tarjetainvertida. Safety notice 7 DANGER Thoughthemainbatterieshavelowvoltage,ashortedorgroundedbatterycan produceenoughcurrenttoburnpersonnelorcombustiblematerials. Bienquelevoltagedesbatteriesprincipalessoitpeuélevé,lecourt-circuitoula miseàlamassed’unebatteriepeutproduiresuffisammentdecourantpourbrûler desmatériauxcombustiblesoucauserdesbrûlurescorporellesgraves. Obwohl Hauptbatterien eine niedrige Spannung haben, können sie doch bei Kurzschluß oder Erdung genug Strom abgeben, um brennbare Materialien zu...

Safety information Safety notice 8 DANGER BeforeremovinganyFRU,turnoffthecomputer,unplugallpowercordsfrom electricaloutlets,removethebatterypack,andthendisconnectanyinterconnecting cables. Avantderetireruneunitéremplaçableenclientèle,mettezlesystèmehorstension, débrancheztouslescordonsd’alimentationdessoclesdeprisedecourant,retirez labatterieetdéconnecteztouslescordonsd’interface. DieStromzufuhrmußabgeschaltet,alleStromkabelausderSteckdosegezogen, derAkkuentferntundalleVerbindungskabelabgenommensein,bevoreineFRU entferntwird. Prima dirimuovere qualsiasiFRU,spegnere il sistema, scollegare dalle prese elettrichetuttiicavidialimentazione,rimuoverelabatteriaepoiscollegareicavi diinterconnessione. Antes de quitar una FRU, apague el sistema, desenchufe todos los cables de las tomas de corriente eléctrica, quite la batería y, a continuación, desconecte cualquiercabledeconexiónentredispositivos.

Safety information A CD-ROM drive, a DVD-ROM drive, or any other storage device installed may contain an embedded Class 3A or Class 3B laser diode. Note the following: DANGER Emitsvisibleandinvisiblelaserradiationwhenopen.Donotstareintothebeam, donotviewdirectlywithopticalinstruments,andavoiddirectexposuretothe beam. Radiação por raio laser ao abrir. Não olhe fixo no feixe de luz, não olhe diretamentepormeiodeinstrumentosóticoseeviteexposiçãodiretacomofeixe deluz.

YOGA 3-1170 Note: Applying labels to the base cover The new base cover FRU is shipped with a kit containing labels of several kinds. When you replace the base cover, you need to apply the following labels: The following labels need to be peeled off from the old base cover and put on the new base cover.

YOGA 3-1170 Hardware Maintenance Manual Figure 3. Removal steps of touchpad module (continued) Open the display panel , gently push the touchpad module in the direction shown by arrow , then remove the touchpad module.

YOGA 3-1170 Figure 5. Removal steps of PCI Express Mini Card for wireless LAN (continued) Remove the card in the direction shown by arrow When installing: When installing the wireless LAN card, plug the black cable into the jack labeled...

YOGA 3-1170 Figure 14. Removal steps of Hinges, LCD cover, and MIC board (continued) Remove the screws Step Screw (quantity) Color Torque M2 × 2 mm, Phillips-head, nylok-coated (8) Black 1.5~2.0 kgf*cm Hinge BRK---LCD cover Remove the hinges Remove the MIC board...

FRU no. CRU ID. a-b See “Miscellaneous parts” on page 64. LCD unit (see “LCD FRUs” on page 62.) Upper Case C Yoga 3-1170 B W/KB US 5CB0H15155 Upper Case C Yoga 3-1170 B W/KBGRK 5CB0H15209 Upper Case C Yoga 3-1170 BW/KBINTE...

YOGA 3-1170 Hardware Maintenance Manual Table 4. Parts list—Overall No. FRU FRU no. CRU ID. Upper Case C Yoga 3-1170 W W/KB LA 5CB0H15193 Upper Case C Yoga 3-1170 W W/KBCFE 5CB0H15244 Upper Case C Yoga 3-1170 W W/KBNOR 5CB0H15198...

YOGA 3-1170 Table 4. Parts list—Overall No. FRU FRU no. CRU ID. MB C Yoga 3-1170 W8P 5Y10C 8G 5B20H33238 MB C Yoga 3-1170 W8S 5Y10C 8G 5B20H33245 MB C Yoga 3-1170 NOK 5Y51 4G 5B20H33254 MB C Yoga 3-1170 W8P 5Y51 4G...

Table 5. Parts list—11.6-inch LCD FRUs No. FRU FRU no. CRU ID. Screw Pad C Yoga 3-1170 5T10H15170 Bezel Cover C Yoga 3-1170 W/SC 5T10H15207 LCD Module C YOGA 3-1170 W/Bezel 5D10H29301 Camera C Yoga 3-1170 W/Tape 5C20H15225 Sensor Board C Yoga 3-1170...

lcd module l yoga 3 14 w bezel free sample

ThinkPad is a line of business-oriented laptop computers and tablets designed, developed and marketed by Lenovo, and formerly IBM. The line was originally sold by IBM until 2005, when a part of the company"s business was acquired by Lenovo.

Notes: tpacpi-bat is already covered in tp_smapi. tp_smapi#Supported laptops also already covers supported ThinkPads. (tp_smapi is already mentioned in the parent page at Laptop#See also, so it may be unnecessary to mention it here again to avoid duplication.) (Discuss in Talk:Laptop/Lenovo)

For newer ThinkPads it is possible to set a stop and resume charge threshold with tpacpi-bat. A user-submitted list of ThinkPads compatible with tpacpi-bat is available here. For many older, pre Ivy Bridge, ThinkPads tp_smapi is available.

Ultrabay was IBM"s, now Lenovo"s name for the swappable bay. It is possible to hotswap a ultrabay by just releasing the UltraBay eject lever or pressing hotkeys such as Fn+F9. Consult ThinkWiki"s page for detail.

Battery Conservation Mode is a feature that limits battery charging to 55-60% of its capacity to improve battery life, being most useful when the laptop tends to run on external power much of the time. This works on many Lenovo laptops like IdeaPad and Thinkbook series. To check if your laptop is supported, try to set the battery conservation mode in the Vantage app on Windows. If it works on Windows, it can be enabled or disabled on Linux in the following manner:

For better suspend battery usage, set sleep mode in BIOS to Linux. For touchscreen, append blacklist raydium_i2c_ts to /etc/modprobe.d/unneeded-modules.conf

Firmware Error (ACPI): Could not resolve [^^^GFX0.AFN2], AE_NOT_FOUND (20181213/psargs-503) log spam requires disabling ACPI (acpi=off) or connecting to a charger.

Some bugginess experienced on 5GHz networks - disconnections after 2 minutes etc (ath10k kernel driver). Highly recommended to install Arch and/or test network card via 2.4GHz and 5GHz connection before committing.

Windows Installation Media does not have the required network card driver, so do NOT remove Windows unless you can manually mount and install the required driver (found on the support website) during installation, or are fully committed to Linux.

Missing IVRS map in ACPI Table, add amd_iommu=pt ivrs_ioapic[32]=00:14.0 in kernel parameters. In order to get X to work correctly, add iommu=soft in kernel parameters (Linux 4.20 only). On Linux 5.2, add iommu=pt to prevent render artifacts on X. In order to get microsd (SDHCI) working, echo "options sdhci debug_quirks2="0x8000"" > /etc/modprobe.d/sdhci.conf and change module load order MODULES=(sdhci sdhci_pci) in /etc/mkinitcpio.conf (line 7). Do not forget to run mkinitcpio -p linux afterwards. If WiFi does not work on RTL8822BE adapter models, create a file /etc/modprobe.d/wifi.conf and add the following lines: blacklist rtw_pci

To solve all these issues mentioned here easier just install the latest BIOS update from Lenovo support website. Missing IVRS map in ACPI Table, add amd_iommu=pt ivrs_ioapic[32]=00:14.0 in kernel parameters. In order to get X to work correctly, add iommu=soft in kernel parameters (Linux 4.20 only). In order to get microsd (SDHCI) working, echo "options sdhci debug_quirks2="0x8000"" > /etc/modprobe.d/sdhci.conf and change module load order MODULES=(sdhci sdhci_pci) in /etc/mkinitcpio.conf (line 7). Do not forget to run mkinitcpio -p linux afterwards. Bluetooth does not work until a suspend/resume cycle occurs.

Resume from hibernate will not work until intel_lpss_pci is added to MODULES() in /etc/mkinitcpio.conf. See Power management/Suspend and hibernate#Suspend/hibernate does not work, or does not work consistently for details.

The trackpoint and physical buttons will stop working after resuming from hibernate. Use modprobe -r psmouse followed by modprobe psmouse to get the functionailty back

ClickPad: the whole trackpad clicks, and disabling the trackpad using older versions of synclient makes the trackpoint essentially unusable. This has been resolved in newer versions of See [2] and its previous version, [3].

As the X100e/Mini10, it"s possible to mute the headset and speaker outputs separately to the master. Muting the speaker output improves bass output on the headset port.

If the system fails to wake from sleep, it can lose sync with the internal audio card and speakers/headphones may fail to work. In this case, put the system to sleep, and wake it again and audio functionality should be restored.

To toggle Fn-Lock, press Fn + Esc, this will toggle the LED on the keyboard. While the Fn LED is on all Fn functionalities work as intended out of the box.

Bluetooth is extremely fragile. The controller works fine most of the time, but can cause the system to wedge totally on sleep/wake cycles, especially if a connection was active at sleep. Disable the controller using bluetoothctl before sleeping.

Passing pci=nocrs as kernel parameter fixes the touchpad. Unfortunately this also disabled my wifi(it was seen by iwctl but never presented a station no matter what i did). I see others online also have this problem(various posts on stackexchange etc). I finally managed to fix it by also passing pci=realloc so the full line is:

Note: I am using refind as boot manager(holy cow so much more straight-forward and less confusing than grub2) and i seem to recall being unable to boot with pci=realloc using grub2. This could just be me dreaming though so it probably bears testing first.

Everything else works, except the brightness keys -- which sometimes work, and sometimes do not. I have not figured out in which instance they work or not yet.

to be able to disable Secure Boot (necessary for dual boot, not needed for Linux only), you have to switch from "UEFI first" to "UEFI only" (or something like this) in UEFI setup menu; the Secure Boot option appears then on the Security tab

after UEFI update having Linux and Windows installed, the Linux bootloader ceased to be the default one, UEFI started to load Windows by default and it was impossible to select the Linux one in the UEFI boot menu and in the UEFI setup - reinstalling the bootloader helped; having no access to a boot media that supports UEFI, a solution might be also replacing the Windows EFI bootloader file with a Linux one temporalily, in order to be able to boot Linux from HDD

in laptops with dual video card (Intel and ATI) - detects both, Intel is active as a default, not checked if it"s possible at all to switch between them

When you install an SSD in the place of the plate HDD drive and you want to have your HDD still inside the laptop, it is possible to install it in the place of the optical drive in a special "HDD caddy". The optical drive is of 9 mm height, but a 9,5 mm caddy (ultra slim) fits in the slot. A caddy with a SATA interface is needed. It is difficult to separate the front bezel from the original optical drive (and opening its case does not help, but brings a danger of making a mess in the opening mechanism; the only option is just to pull the bezel using a bit of force, but you risk breaking the latches).

While the HDD installed instead of the optical drive operates flawlessly in Windows, it was not going to work out of the box in Linux, at least in one case. The kernel tries to establish a connection with the disk, but fails to do it (SATA link down entry in /var/log/messages). The solution is to force a 1.5 Gbps transfer speed (instead of 6 Gbps) by adding a libata.force= kernel parameter. See [4] for details.

There is an issue with tpacpi-bat not reporting the right value for the stop threshold. This seems to be related to a buggy BIOS and can not be fixed application wise.

lcd module l yoga 3 14 w bezel free sample

1, 2, Yoga 3. Lenovo squeezes a 14-inch screen into a chassis that"s roughly the same size as last year"s Yoga 2 13 and upgrades the hardware at the same time as well. The new Yoga 3 14 inherits most of the predecessor"s familiar traits and while it improves in some areas, it also takes a slight step back in another.

After the highly anticipated and ambitious Yoga 3 Pro convertible, Lenovo is at it again with the third iteration of its familiar 360-flip design for the more budget-conscious user, aptly named Yoga 3 14. As with all the models before, the flip-hinge allows the Yoga to convert from a standard-looking clamshell notebook to tablet, with two other modes in-between. While the Pro-version with its extremely lightweight design and impossibly thin chassis elicits "wows" from most who see it, it makes use of a slightly lower-performance fanless SoC design and comes with an ultra-high resolution QHD+ screen which can cause scaling issues and very tiny fonts. The price tag of $1200 might also bee too much for users with more modest budgets. Enter the Yoga 3 14, which, when quipped with a fifth-generation Broadwell i5-CPU, 4 GB of RAM and a 128 GB SSD, can be purchased for a more affordable $800.

At the time of writing, Lenovo offers six different models in the Yoga-series, ranging from the 11-inch Yoga 3 11 and the 12.5-inch ThinkPad Yoga up to the 14-inch review notebook, which - together with the ThinkPad Yoga 14 - has the largest screen size within the series. Even the previous-generation Yoga 2 Pro is still listed on the website at a steeply discounted price. In addition to the business-oriented ThinkPad Yogas and the Yoga 3 series, Lenovo also offers other convertibles like the ThinkPad Helix with detachable screen and the low-cost dual-mode Flex series consisting of 14-inch and 15-inch models. Of course, there are normally several different configurations to choose from within each model series.

In addition to the larger screen size, the Yoga 3 14 is now only offered with Solid State Drives, which should improve performance over the base-model predecessor Yoga 2 13 which had a conventional, platter-based hard drive with admittedly larger storage capacity. Our review notebook comes with an Intel i5-5200U processor, 8 GB of RAM, a 256 GB SSD and sells for $950. In what ways Lenovo was able to improve the new model and where the convertible still falls short is the subject of our review. During the course of our review and to get a better ideal about how the Yoga 3 14 stacks up, we"ll not only compare the new entry to the predecessor Yoga 2 13, but also to the venerable Asus Transformer Book TF300LD with a discrete entry-level graphics card and Lenovo"s own Idepad Flex 2 14.

At first glance, the case design hasn"t changed significantly compared to the predecessor Yoga 2 13, which isn"t necessarily a bad thing. The new model has a marginally larger footprint at about 335 x 229 mm; the previous version measured 330 x 220 mm. Thickness has increased slightly from 15.5 to 18.3 mm, roughly as much as two dimes stacked on top of each other and the weight has increased from 1560 g to 1688 g, which is less than a 10 % increase and shouldn"t be noticeable under normal circumstances as it still allows for easy commuting. The Idepad Flex 2 14 is not only larger, but also heavier at 2 kg and might not slip into a smaller bag quite as easily. The entire deck of the Yoga 3 14 is now made to look like brushed aluminum; the predecessor"s deck was a smooth black color. In addition to the black review convertible, certain models are also offered in silver and white.

The top of the base unit does have some give, especially in the middle of the keyboard. Pressing on the lid causes ripples on the display and noticeable changes to the LED backlight. Neither the base unit nor the display are torsionally very rigid, although still within acceptable parameter. The outside of the convertible is soft-touch plastic, which isn"t overly prone to fingerprints and feels quite nice in addition to adding slip resistance. The hinges appear unchanged and do a decent job holding the display securely in the various positions, although display bouncing is an issue when probing the touchscreen. A thin rubber bumper wraps around the base unit and the display as well and offers protection when the convertible is used in its various modes. Speaking of modes: just like the previous incarnations, the Yoga 3 14 still supports Laptop, Tent, Stand, and Tabletmode. We found ourselves mostly using the regular Laptop mode and the Tent mode for watching movies. Tablet mode certainly works as advertised, but carrying a tablet this large isn"t for the faint of heart. When the screen is folded back, the keyboard and the touchpad deactivate to avoid accidental inputs. In stand mode, the keyboard faces the surface the surface the convertible is sitting on and while the keyboard is recessed enough to not protrude, care needs to be taken on surfaces that are not absolutely smooth to avoid damaging the keys.

It"s important to note that since this is is a more affordable mainstream convertible, the overall build quality certainly doesn"t offer much room for critique.

For a fairly slim convertible, the Lenovo Yoga 3 14 comes adequately equipped. The ports are located behind the mid-line, so connected peripherals don"t really get in the way when using the convertible as a regular notebook with an external hard drive plugged in or when a monitor is connected. While the predecessor came with a single USB 2.0 and a single USB 3.0 port, the new model has two USB 3.0 ports. The USB 2.0 port is actually not available when the Yoga is plugged in, as Lenovo uses a charge / USB 2.0 port combo-design.

While the Flex 14 and the Asus Transformer Book TF300LD both feature a full-sized HDMI port, the Lenovo Yoga 3 14 only comes with a micro-HDMI port, which requires the user to purchase a suitable adapter. The position of the power button on the right hand side is a matter of taste, but we inadvertently triggered it a few times when picking the convertible up from the desk. The screen lock button is very small, although easy to find when probing the edge. When rotating, the display does take a couple of seconds before switching orientation.

A WLAN adapter from Qualcomm - an Atheros QCA61x4 - supports 802.11 standards a, g, n, ac and has Bluetooth 4.0 on board as well. During our time with the notebook we never experienced any degradation in signal quality or unexpected dropouts. The wireless reception strength is very good as well and the Windows indicator still showed five full bars when connected to the 5 GHz band and roughly 15 meters away from our Netgear R7000 Nighthawk router. While this is of course not a scientific test, it can be expected that the Yoga 3 14 will handle wireless connections even in larger homes with ease.

Aside from the modular power adapter and a USB charging cable, the box the Yoga ships in is empty. While the power adapter is very light at under 200 g, the 6-foot cable might be too short for some usage case scenarios. On their website, Lenovo offers a 40 W slimline travel adapter and a protective sleeve for $50 each. A ThinkPad Basic USB 3.0 Dock costs $102; a micro-HDMI to HDMI adapter sells for $16.

A total of 11 Torx screws need to be removed before the entire bottom panel can be taken off. The single RAM module is not soldered onto the motherboard, so replacing or upgrading in the future shouldn"t be much of a problem. The hard drive is a regular 2.5-inch model which can be removed after loosening four screws, although it"s important to note that this is an ultra-slim drive which is only 5 mm thick.

Lenovo covers the Yoga 3 14 for 12 months against manufacturer"s defects. An upgrade from the standard depot warranty to 12 months in-home service costs $19; a 2-year in-home and accidental damage protection is available for a reasonable $79. 2-year and 3-year depot warranties sell for $49 and $99, respectively. Lenovo also sells a "Secure, Connect and Configure Setup Service" for less experienced users for $59. This service covers the connection of the convertible to a home network and the setup of a printer and an email account, among other things.

The keyboard is the typical chiclet design (called AccuType) Lenovo uses for consumer-grade notebooks and appears to be a direct carry-over from the Yoga 2 13. As such, key travel is on the shallow side and the feedback is borderline spongy, which is negatively amplified by thehigh degree of flex especially in the middle of the deck. The layout also might take some getting used to with its inverted function-row design and the various keys which are not full size (Tab key on the left; Backspace and Enter on the right side, for example). Despite the fact though that the keyboard doesn"t compare to what is offered on ThinkPad models, we still founded it easy to type at a very good clip with a low error rate. We appreciate that Lenovo included a backlight, as this is not always a given in this price range: the base version of the Asus Transformer Book Flip, for example, lacks one. Although only simple on/off functionality is provided, we found the brightness to be just right. An auto-turnoff feature is not implemented, so the backlight stays on even when the display is turned off.

The Elan Smart-Pad measures 105 mm across and works very well. We found the size to be sufficient for the given screen real estate. Fingers glide easily across the slightly rough surface and we had no issues with multitouch gestures; Windows 8 gestures also worked without a hitch. As a clickpad, the entire surface of the pad is clickable, but we found it much easier to only use the lower half of the pad as the response is much better. The feedback of the clicks is quite good and audible as well without being overly loud.

The 10-finger touchscreen is responsive as well and we neither had any issues with input accuracy, nor did we ever notice any appreciable lag during operation. Using the touchscreen is particularly intuitive and easy in Tent mode, as the display edge rests on the desk surface and there is no display bounce whatsoever.

The Yoga 3 14 comes with a 14-inch IPS FHD LED display and a resolution of 1920 x 1080 pixels. Other display panel types ore different resolutions are not offered. The resolution is is identical to the one of the predecessor and although the pixel density is now slightly lower (156 vs. 166 PPI), we still think that this particular resolution works rather well and hits the sweet spot for displays in the 13 to 14-inch range. With an average of 225 nits, the screen unfortunately isn"t very bright and in fact just marginally brighter than the budget-oriented Flex 2 14 (215 nits). At least the brightness doesn"t drop further when the convertible is running on battery power. The Asus Transformer Book Flip clearly outperforms our review convertible with 331 nits and even the older Yoga 2 13 gets brighter at just under 250 nits. The black value of 0.394 cd/m² results in a slightly dissatisfying contrast ratio of 595:1 - especially disappointing when one considers the cheaper Flex 2 14, which has a contrast ratio north of 1000:1. Still, neither the Transformer Book Flip nor the previous-generation Yoga 2 13 do much better than the review convertible. Blacks are still reasonably dark and typical uses like watching movies aren"t impacted at all. We did find the noticeable display bleed around the edges a bit distracting when watching wide-screen movies with the black bars on the top and the bottom.

To get an idea of the color accuracy of the panel we use the CalMAN 5 software and a colorimeter. While the grayscale DeltaE average of 3.35 is very good indeed, the ColorChecker DeltaE average of 5.22 is a little less impressive, especially since a closer look reveals that blue is an outlier with a max DeltaE of over 11. Still, the color accuracy is certainly adequate for every day use and most users will be happy with vivid colors the panel produces.

As always, we also take a look at the coverage of the professional color spaces. Even compared to sRGB, the panel fails to impress with only 53 % coverage. The older Yoga 2 13 was able to reproduce 84 % - a much better result. The larger AdobeRGB color space is covered to only 37 %; the Asus Transformer Flip is significantly better at 64 %. Overall, the display appears to be a step backwardswhen compared to the predecessor Yoga 2 13 and its performance is now closer to the inexpensive Flex 2 14. Of course most users won"t notice the lack of color space coverage, but semi-professional photographers clearly need to look elsewhere.

Outdoor usability is very restricted since the display doesn"t get nearly bright enough to overcome the reflections produced by the glare-type panel. Direct sunlight has to be avoided at all costs and even overcast skies drown out the picture more or less completely. Only in the shade and with the display angled in a way to minimize reflections is it possible to identify the screen content. Using the Yoga 3 14 as a tablet to read a book is thus only really only possible indoors and with no strong light sources present.

As it is typical for IPS display, the viewing angle stability is outstanding and even very shallow angles are possible, although the brightness does decrease a bit. The protective glass on top of the screen seems to be close enough to the panel to not cause any issues with internal reflections, so text remains readable at all times. Budget convertibles like the HP Pavilion 13-a000ng x360 with TN panel are clearly inferior here.

At the time of writing, Lenovo offers two processor choices courtesy of Intel"s 5th-generation lineup. Our review convertible is equipped with an Intel Core i5-5200U processor running at a nominal clock speed of 2.20 GHz; the top-of-the-line model comes equipped with an Core i7-5500U Processor running at a 2.4 GHz. The RAM varies as well with the entry-level system having to make do with 4 GB; the other versions are equipped with 8 GB of single-channel LPDDR3 1600 MHz RAM. Hard drive choices are either a 128 GB (base model) or 256 GB SSD from Samsung.

The Intel Core i7-4510U installed in the Asus Transformer Flip, which reaches up to 2.8 GHz for both cores. According to the benchmark wPrime, the i5-5200U is about 14 % faster than the previous-generation Haswell Core i5-4200U, which was a very popular choice for mid-range Ultrabooks and thin-and-lights. With a TPU of 15 watts, the new CPU does consume quite a bit more power (10.5 watts, to be exact) than the particularly frugal Intel Core M-5Y70 SoC in Lenovo"s high-end Yoga 3 Pro convertible, but unlike that particular SoC, it shouldn"t be affected by throttling due to TPU constraints nearly as much.

To get an idea of the system performance, we use the synthetic PCMark benchmark tests. With a score of 4659 for PCMark 7, the Yoga 3 14 performs about 22 % better than the less expensive Flex 2 14, but falls short of the Asus Transformer Flip, which has a weaker Core i3 processor but - thanks to a dedicated NVIDIA GeForce 820M graphics card - was able to score 4976 points (+ 7 %). Perceived performance is simply outstanding: shutdowns and boots are exceedingly quick at 2 seconds and 6-7 seconds, respectively and programs launch without any delay. Even during heavy multi-tasking sessions, we didn"t experience any significant slowdowns. A check with various benchmarks showed that the performance does not change no matter if the convertible is running on battery or plugged in, so full power is available at all times.

As we mentioned earlier, the SSD is a 2.5-inch 5 mm model ourtesy of Samsung. The PM851 is capable of very good performance with reported sequential read / write speeds of around 510 MB/s and 260 MB/s according to AS SSD. The 4K read and write speeds are also top notch. The 128 GB SanDisk drive in the Transformer Book Flip was slightly slower at 470 MB/s and 245 MB/s, respectively. Compared to the Lenovo Yoga 2 13 with its conventional platter based drive, the SSD in the Yoga 3 14 offers roughly 5x faster read and 2.7x faster write speeds.

The Intel Core i5-5200U features an integrated HD Graphics 5500 GPU with 24 Execution Units (EUs) clocked and is clocked at 300 - 900 MHz. Although the new graphics card is able to outperform the previous-generation Haswell GPUs HD Graphics 4400 and HD Graphics 5000, the gaming performance is nothing to get overly excited about. A check with a synthetic benchmark test confirms that the HD 5500 is capable of better performance than the previous generation of integrated GPUs: with 1013 points, the HD 5500 handles the 3DMark11 test approximately 11 % faster than the HD 4400 in the Yoga 2 13. This still doesn"t mean that the Yoga 3 14 is a gaming machine - far from it: only older and less demanding games are playable without stutters and slowdowns. Newer and resource-intensive games require the lowest resolution and the lowest settings to be playable at all. Of course, the performance of the GPU should theoretically be higher with dual-channel memory, but a quick comparison to the Aspire R13 R7, which is equipped with the same CPU and GPU, but 8 GB of dual-channel memory, only shows a marginal performance improvement.

The Asus Transformer Book Flip is better equipped to handle games, as it comes with a dedicated Nvidia Geforce 820M graphics card. Synthetic benchmark tests show that the lead is not always a commanding one with differences of between 5 and 30 %. Still, even a few fps more can make all the difference, so the Transformer Flip clearly has the edge.

During idle, the fan of the Yoga 3 14 seems to be running most of the time, although at around 32 dB it is not loud enough at to be audible above the noise floor of an average room. During the stress test, the noise level climbed to just above 37 dB, which is not quite as loud as the predecessor at almost 40 dB or the Transformer Flip at about 43 dB. Unfortunately, the sound emitted has a fairly high frequency, so the noise during the stress test got a little annoying after a while. Of course, this is only an issue during loads that approach 100 % CPU and GPU utilization.

Since Lenovo employs fairly aggressive temperature management (see the section on the stress test below), the temperatures are well controlled. During idle the temperature just reaches about 26 degrees C, which is just 7 degrees C above ambient. During load, the convertible reaches 44 degrees C in the middle on the bottom. Since the temperature on the left and right edges reaches only about 27 degrees C, placing the convertible on the lap in notebook mode is possible without any issues. The predecessor reached 48 degrees on the left bottom edge, which makes lap use highly uncomfortable. The Asus Transformer Flip topped out at 46 degrees C, so it got slightly warmer than the Yoga 3 14.

(+) The average temperature for the upper side under maximal load is 27.4 °C / 81 F, compared to the average of 30.2 °C / 86 F for the devices in the class Convertible.

(+) The maximum temperature on the upper side is 34.6 °C / 94 F, compared to the average of 35.2 °C / 95 F, ranging from 19.6 to 55.7 °C for the class Convertible.

To identifypotential throttling issuesand to check if a review notebook exhibits any unusual behavior during high load levels, we subjected the Lenovo Yoga 3 14 to our stress test. At first, we start Prime95 on its own to stress the CPU. At the beginning, both cores ran at a speed of 2.5 GHz with one or the other core accelerating to 2.7 GHz. Within ten seconds, the temperature had jumped from 32 degrees C to 60 degrees C with both cores remaining a stable 2.5 GHz. About 8 minutes into the test, the temperature had increased to 63 - 64 degrees C, which brought an increase in fan speed with it. The cores still remained at 2.5 GHz, however. After a total of 15 minutes, the CPU reached 67 degrees C, which resulted a further increase in fan speed, an extremely short dip of the cores down to 800 MHz, a drop in temperature to about 52 degrees C and subsequently an almost instantaneous recovery of the CPU core speed back up to 2.5 GHz. This cycle repeated every 30 seconds or so. Although technically throttling, the decreases to 800 MHz only took split seconds, so it is very doubtful that the performance would"ve taken a measurable hit.

With the GPU stress component Furmark running, we observed initial GPU core and memory speeds of 900 and 800 Mhz, respectively. Within a few minutes, the GPU clock started dropping to 750 MHz occasionally at a temperature of about 65 degrees. After 15 minutes, the GPU clock stabilized at 750 MHz for the core and 800 MHz for the memory at a temperature of 66 - 67 degrees C.

With Prime95 and Furmark running in parallel, the CPU cores dropped to around 1.4 - 1.5 GHz. The GPU maintained 750 MHz at a temperature of 65 degrees. Even after several hours, this values hadn"t changed at all. In summary, it appears that Lenovo has taken a rather conservative approach as far as making sure that overheating is not an issue. At no point of our various tests did we see an increase of the temperatures to above 71 degrees C. Although the CPU is indeed subjected to throttling, we need to note that a prolonged load scenario like the one we"ve simulated is rather unlikely to occur during normal use.

The stereo speakers are located on the bottom on the left and right edge in the front half with the convertible is in Laptop mode. While the sound is clear and the maximum volume quite loud without any distortion, mids and of course bass are lacking a bit. Because the speakers fire downwards, placing the convertible on a hard surface does improve the sound quality. Still, the quality of the speakers is in line with our expectations: for watching movies, the sound quality is sufficient, but for listening to music, we recommend plugging in external speakers or headphones.

The Lenovo Yoga 3 14 is equipped with a 45 Wh battery - down from the predecessor"s, which shipped with a 54 Wh battery. Despite the downsizing, the battery life has improved significantly: during our practically very relevantWLAN test, the review convertible managed to run for7 hours and 50 minutes, which is a huge increase over the Yoga 2 13 at just around 5 hours. The Asus Transformer Book Flip TP300LD-C4031H shut down about an hour sooner than the review notebook. For the WLAN test, we activate the balanced profile, reduce the screen brightness to about 150 nits and simulate browsing conditions with an automated script. Idle runtime, which we establish with the BatteryEater Reader"s Test (minimum screen brightness, power-saver profile) is up as well at nearly 20 hours. Even the full-load scenario with the Classic Test shows very good performance as well at 2 hours and 15 minutes. The Lenovo 2 13 needed to be plugged in again after about 1 hour and 40 minutes. The Flex 2 14, which has a smaller 32.5 Wh battery, only lasted an hour.

Updated hardware, larger screen, better battery life - what"s not to like? The Yoga 3 14 improvesupon the predecessor Yoga 2 13 in quite a few areas. Despite the larger 14-inch screen and the smaller battery, the new model is capable of better performance and significantly longer battery life. The 256 GB Samsung SSD is blazingly fast and the boot, shut down, and application launch times are truly impressive. The convertible remains reasonably quiet under normal circumstances and handles high-load scenarios without ever breaking a sweat. The input devices work quite well for a consumer device and the keyboard features a backlight as well, which is a very nice-to-have feature. The various modes work well, although we"d recommend avoiding the Stand mode, since the keyboard is unprotected and touches the surface it is sitting on.

Unfortunately, the new screen is not as bright as the predecessors, which wasn"t really that bright to begin with, and only covers about half of the sRGB color space. Outdoor use in bright conditions is severely limited, so users who need to venture outside a lot need to look elsewhere. One options is Lenovo"s own older Yoga 2 Pro, which offers a significantly brighter QHD+ display (340 nits, 3200 x 1800 pixels). At the time of writing, Lenovo is selling the version with Core i5-4210U, 8 GB of RAM, and 256 GB SSD for about $850. The Asus Transformer Book Flip also has a brighter screen and offers a dedicated entry-level graphics card, so its gaming performance is a bit better. Acer"s Aspire R13 R7 is also a decent, albeit very unconventional choice, although the manufacturer"s US website only offers the previous-generation Haswell-equipped models at this time with a starting price of $900. Value-conscious buyers might also want to take a look at the the Lenovo Flex 2 14, which only supports two modes, but still comes with an IPS display despite the fairly low starting price of only $530.

Ended up in the IT sector in the 90s more or less accidentally and have remained in the industry (as a sysadmin) ever since. Always been interested in laptops - first purchase was - if memory serves correctly - a Toshiba Satellite T2115CS with DX4-75 processor, 4 MB of RAM and 350 MB hard disk drive (and Windows 3.1). To this day, laptops appeal to me - much to the chagrin of my wife, who doesn’t seem understand why we need 5-10 of them at any given time ;-).

lcd module l yoga 3 14 w bezel free sample

Lenovo Group Limited, often shortened to Lenovo (lə-NOH-voh, Chinese: 联想; pinyin: Liánxiǎng), is a Chinesemultinational technology company specializing in designing, manufacturing, and marketing consumer electronics, personal computers, software, business solutions, and related services. Products manufactured by the company include desktop computers, laptops, tablet computers, smartphones, workstations, servers, supercomputers, electronic storage devices, IT management software, and smart televisions. Its best-known brands include its ThinkPad business line of laptop computers (acquired from IBM), the IdeaPad, Yoga, and Legion consumer lines of laptop computers, and the IdeaCentre and ThinkCentre lines of desktop computers. As of 2021, Lenovo is the world"s largest personal computer vendor by unit sales.

Lenovo was founded in Beijing on 1 November 1984 as Legend by a team of engineers led by Liu Chuanzhi and Danny Lui.televisions, the company migrated towards manufacturing and marketing computers. Lenovo grew to become the market leader in China and raised nearly US$30 million in an initial public offering on the Hong Kong Stock Exchange. Since the 1990s, Lenovo has increasingly diversified from the personal computer market and made a number of corporate acquisitions, with the most notable being acquiring and integrating most of IBM"s personal computer business and its x86-based server business as well as creating its own smartphone.

Lenovo has operations in over 60 countries and sells its products in around 180 countries.Morrisville, North Carolina, US. It has research centres in Beijing, Chengdu, Yamato (Kanagawa Prefecture, Japan), Singapore, Shanghai, Shenzhen, and Morrisville,NEC that produces personal computers for the Japanese market.

In 1984, Lenovo was founded in Beijing by a team of eleven engineers from the Institute of Computing Technology of the Chinese Academy of Sciences (CAS), led by Liu Chuanzhi.

Liu Chuanzhi and his group of ten experienced engineers, teaming up with Danny Lui,yuan.Chinese Academy of Sciences (CAS). The 200,000 yuan used as start-up capital was approved by Zeng Maochao (曾茂朝). The name for the company agreed upon at this meeting was the Chinese Academy of Sciences Computer Technology Research Institute New Technology Development Company.

The organizational structure of the company was established in 1985 after the Chinese New Year. It included technology, engineering, administrative, and office departments.

In May 1988, Lenovo placed its first recruitment advertisement on the front page of the China Youth News. Such ads were quite rare in China at the time. Out of the 500 respondents, 280 were selected to take a written employment exam. 120 of these candidates were interviewed in person. Although interviewers initially only had authority to hire 16 people, 58 were given offers. The new staff included 18 people with graduate degrees, 37 with undergraduate degrees, and three students with no university-level education. Yang Yuanqing, the current chairman and CEO of Lenovo, was among that group.

Liu Chuanzhi received government permission to form a subsidiary in Hong Kong and to move there along with five other employees. Liu"s father, already in Hong Kong along with Lui, furthered his son"s ambitions through mentoring and facilitating loans. Liu moved to Hong Kong in 1988. To save money during this period, Liu and his co-workers walked instead of taking public transportation. To keep up appearances, they rented hotel rooms for meetings.

Lenovo (known at the time as Legend) became publicly traded after a 1994 Hong Kong IPO that raised nearly US$30 millionHK$1.33 per share.HK$2.07 and closed at HK$2.00 suggesting an initial under-valuing of the company. Proceeds from the offering were used to finance sales offices in Europe, North America and Australia, to expand and improve production and research and development, and to increase working capital.

Lenovo released its Tianxi (天禧) computer in 1998. Designed to make it easy for inexperienced Chinese consumers to use computers and access the internet, one of its most important features was a button that instantly connected users to the internet and opened the Web browser. It was co-branded with China Telecom and it was bundled with one year of Internet service. The Tianxi was released in 1998. It was the result of two years of research and development. It had a pastel-colored, shell-shaped case and a seven-port USB hub under its screen. As of 2000, the Tianxi was the best-selling computer in Chinese history. It sold more than 1,000,000 units in 2000 alone.

To fund its continued growth, Lenovo issued a secondary offering of 50 million shares on the Hong Kong market in March 2000 and raised about US$212 million.

Lenovo acquired IBM"s personal computer business in 2005, including the ThinkPad laptop and ThinkCentre desktop lines.US$1.25 billion for IBM"s computer business and assumed an additional US$500 million of IBM"s debt. This acquisition made Lenovo the third-largest computer maker worldwide by volume.

About the purchase of IBM"s personal computer division, Liu Chuanzhi said in 2012: "We benefited in three ways from the IBM acquisition. We got the ThinkPad brand, IBM"s more advanced PC manufacturing technology and the company"s international resources, such as its global sales channels and operation teams. These three elements have shored up our sales revenue in the past several years."

Despite Lenovo acquiring the "Think" brand from IBM, IBM still plays a key indirect, background role in the design and production of the Think line of products. IBM today is responsible for overseeing servicing and repair centers and is considered an authorized distributor and refurbisher of the Think line of products produced by Lenovo.

Mary Ma, Lenovo"s chief financial officer from 1990 to 2007, was in charge of investor relations. Under her leadership, Lenovo successfully integrated Western-style accountability into its corporate culture. Lenovo"s emphasis on transparency earned it a reputation for the best corporate governance among mainland Chinese firms. While Hong Kong-listed firms were only required to issue financial reports twice per year, Lenovo followed the international norm of issuing quarterly reports. Lenovo created an audit committee and a compensation committee with non-management directors. The company started roadshows twice per year to meet institutional investors. Ma organized the first-ever investor relations conference held in mainland China. The conference was held in Beijing in 2002 and televised on China Central Television (CCTV). Liu and Ma co-hosted the conference and both gave speeches on corporate governance.

Lenovo sold its smartphone and tablet division in 2008 for US$100 million in order to focus on personal computers and then paid US$200 million to buy it back in November 2009.¥100 million RMB in a fund dedicated to providing seed funding for mobile application development for its LeGarden online app store. As of 2010, LeGarden had more than 1,000 programs available for the LePhone. At the same time, LeGarden counted 2,774 individual developers and 542 developer companies as members.

On January 27, 2011, Lenovo formed a joint venture to produce personal computers with Japanese electronics firm NEC. The companies said in a statement that they would establish a new company called Lenovo NEC Holdings, to be registered in the Netherlands. NEC received US$175 million in Lenovo stock. Lenovo was to own a 51% stake in the joint venture, while NEC would have 49%. Lenovo has a five-year option to expand its stake in the joint venture.

This joint venture was intended to boost Lenovo"s worldwide sales by expanding its presence in Japan, a key market for personal computers. NEC spun off its personal computer business into the joint venture. As of 2010, NEC controlled about 20% of Japan"s market for personal computers while Lenovo had a 5% share. Lenovo and NEC also agreed to explore cooperating in other areas such as servers and tablet computers.

Roderick Lappin, chairman of the Lenovo–NEC joint venture, told the press that the two companies will expand their co-operation to include the development of tablet computers.

In June 2011, Lenovo announced that it planned to acquire control of Medion, a German electronics manufacturing company. Lenovo said the acquisition would double its share of the German computer market, making it the third-largest vendor by sales (after Acer and Hewlett-Packard). The deal, which closed in the third quarter of the same year, was claimed by

This acquisition will give Lenovo 14% of the German computer market. Gerd Brachmann, chairman of Medion, agreed to sell two-thirds of his 60 percent stake in the company. He will be paid in cash for 80 percent of the shares and will receive 20 percent in Lenovo stock. That would give him about one percent of Lenovo.

In September 2012, Lenovo agreed to acquire the Brazil-based electronics company Digibras, which sells products under the brand-name CCE, for a base price of 300 million reals (US$148 million) in a combination of stock and cash. An additional payment of 400 million reals was made dependent upon performance benchmarks.

In September 2012, Lenovo agreed to acquire the United States-based software company Stoneware, in its first software acquisition. The transaction was expected to close by the end of 2012; no financial details have been disclosed.cloud-computing services. For the two years prior to its acquisition, Stoneware partnered with Lenovo to sell its software. During this period Stoneware"s sales doubled. Stoneware was founded in 2000. As of September 2012, Stoneware is based in Carmel, Indiana and has 67 employees.

Lenovo re-entered the smartphone market in 2012 and quickly became the largest vendor of smartphones in mainland China.iPhone and Lenovo"s desire to increase its market share in mainland China. Lenovo surpassed Apple Inc. to become the No. 2 provider of smartphones in the domestic Chinese market in 2012.

IBM sold its x86-based server lines, including IBM System x and IBM Blade Center, to Lenovo in 2014.Committee on Foreign Investment in the United States (CFIUS) was reportedly the last hurdle for Lenovo, since the United States has the strictest policies. According to Timothy Prickett-Morgan from Enterprise Tech, the deal still awaits "approval of regulators in China, the European Commission, and Canada".

After closing, Lenovo said that its goal was to become the world"s largest maker of servers. Lenovo also announced plans to start integrating IBM"s workforce.

On 29 January 2014, Google announced it would sell Motorola Mobility to Lenovo for US$2.91 billion. As of February 2014, Google owned about 5.94% of Lenovo"s stock. The deal included smartphone lines like the Moto X, Moto G, Droid Turbo, and the future Motorola Mobility product roadmap, while Google retained the Advanced Technologies & Projects unit and all but 2,000 of the company"s patents.

In April 2014, Lenovo purchased a portfolio of patents from NEC related to mobile technology. These included over 3,800 patent families in countries around the world. The purchase included standards-essential patents for 3G and LTE cellular technologies and other patents related to smartphones and tablets.

In May 2015, Lenovo revealed a new logo at Lenovo Tech World in Beijing, with the slogan "Innovation Never Stands Still" (Chinese: 创新无止境). Lenovo"s new logo, created by Saatchi, can be changed by its advertising agencies and sales partners, within restrictions, to fit the context. It has a lounging "e" and is surrounded by a box that can be changed to use a relevant scene, solid color, or photograph. Lenovo"s Chief Marketing Officer David Roman said, "When we first started looking at it, it wasn"t about just a change in typography or the look of the logo. We asked "If we really are a net-driven, customer-centric company, what should the logo look like?" We came up with the idea of a digital logo first [...] designed to be used on the internet and adaptable to context."

In early June 2015, Lenovo announced plans to sell up to US$650 million in five-year bonds denominated in Chinese yuan. The bonds were sold in Hong Kong with coupon ranging from 4.95% to 5.05%. This is only the second sale of bonds in Lenovo"s history. Financial commentators noted that Lenovo was paying a premium to list the bonds in yuan given relatively low costs for borrowing in US dollars.

Lenovo said that its x86 servers will be available to all its channel partners. Lenovo plans to cut prices on x86 products in order to gain market share.IBM"s vision of the future around cloud technologies and their own POWER processor architecture.

Lenovo"s acquisition of IBM"s businesses is arguably one of the greatest case studies on merging massive international enterprises. Though this acquisition in 2005 ultimately resulted in success, the integration of the businesses had a difficult and challenging beginning. Lenovo had employees from different cultures, different backgrounds, and different languages.

In March 2017, Lenovo announced it was partnering with Fort Lauderdale, Florida-based software storage virtualization company DataCore to add DataCore"s parallel I/O-processing software to Lenovo"s storage devices.Storage Area Network (SAN) SAN arrays.

In 2017, Lenovo formed a joint venture with Fujitsu and the Development Bank of Japan (DBJ).Fujitsu Client Computing Limited. DBJ would acquire a 5% stake.

In September 2018, Lenovo and NetApp announced about strategic partnership and joint venture in China. As part of strategic partnership Lenovo started two new lines of storage systems: DM-Series and DE-Series. Both storage systems using Lenovo hardware and NetApp software: DM-Series using ONTAP OS and DE-Series SANtricity OS.

On 12 January 2021, Lenovo filed an application to issue Chinese depositary receipts, representing newly issued ordinary shares, and to list them on the Science and Technology Innovation Board of the Shanghai Stock Exchange.

In April 2021, Lenovo was reorganized into three divisions: The Intelligent Devices Group for PCs, Smartphones, Smart Collaboration products, Augmented and Virtual Reality solutions and Internet of Things devices, the Infrastructure Solutions Group (formally known as Data Center Group) for smart infrastructure solutions, and the Solutions and Services Group focused on services and industry-specific products.

On 8 October 2021, Lenovo withdrew its application to list on the Shanghai Stock Exchange just days after it had been accepted by the exchange, citing the possibility of the validity of financial information in its prospectus lapsing as the reason. The price of the company"s shares on the Hong Kong Stock Exchange dropped by over 17% following the news, which was its biggest intraday decline in over a decade.

"Lenovo" is a portmanteau of "Le-" (from Legend) and "novo", Latin ablative for "new". The Chinese name (simplified Chinese: 联想; traditional Chinese: 聯想; pinyin: Chinese typewriters in the 1950s organized into groups of common words and phrases rather than the standard dictionary layout.

For the first 20 years of its existence, the company"s English name was "Legend". In 2002, Yang Yuanqing decided to abandon the Legend English name to expand beyond the Chinese home market. "Legend" was already in use worldwide by many businesses whose products and services may or may not have to do with technology,RMB on an eight-week television advertising campaign. The billboards showed the Lenovo logo against blue sky with a slogan that read, "Transcendence depends on how you think." By the end of 2003, Lenovo had spent a total of 200 million RMB on rebranding.

Lenovo is a manufacturer of personal computers, smartphones, televisions, and wearable devices. Some of the company"s earliest products included the KT8920 mainframe computer天禧), released in 1998 in the Chinese market. It became the best selling computer in Chinese history in 2000.

Lenovo markets the ThinkPad, IdeaPad, Yoga, Legion and Xiaoxin (小新; Chinese market only) lines of laptops, as well as the IdeaCentre and ThinkCentre lines of desktops.IBM"s personal computer business, including its ThinkPad and ThinkCentre lines. As of January 2013, shipments of THINK-branded computers have doubled since Lenovo"s takeover of the brand, with profit margins thought to be above 5%.ThinkPad Tablet 2, ThinkPad Yoga, ThinkPad 8, ThinkPad Helix, and ThinkPad Twist; the shift came as a response to the growing popularity of mobile devices, and the release of Windows 8 in October 2012. Lenovo achieved significant success with this high-value strategy and in 2013 controlled more than 40% of the market for Windows computers priced above $900 in the United States.

The ThinkPad is a line of business-oriented laptop computers known for their boxy black design, modeled after a traditional Japanese IBM product developed at the Yamato Facility in Japan by Arimasa Naitoh(内藤在正, Naitō Arimasa);personal computer division. The ThinkPad has been used in space and wereUntil when?International Space Station.

The ThinkCentre is a line of business-oriented desktop computers which was introduced in 2003 by IBM and since has been produced and sold by Lenovo since 2005.

The ThinkServer product line began with the TS100 from Lenovo.IBM, by which Lenovo would produce single-socket and dual-socket servers based on IBM"s xSeries technology.

Lenovo ThinkStations are workstations designed for high-end computing. In 2008, IBM/Lenovo expanded the focus of its THINK brand to include workstations, with the ThinkStation S10 being the first model released.

High-end monitors are marketed under the ThinkVision name. ThinkVision displays share a common design language with other THINK devices such as the ThinkPad line of laptop computers and ThinkCentre line of desktop computers. At the 2014 International CES, Lenovo announced the ThinkVision Pro2840m, a 28-inch 4K display aimed at professionals. Lenovo also announced another 28-inch 4K touch-enabled device running Android that can function as an all-in-one PC or an external display for other devices.

At the 2016 International CES, Lenovo announced two displays with both USB-C and DisplayPort connectivity. The ThinkVision X24 Pro monitor is a 24-inch 1920 by 1080 pixel thin-bezel display that uses an IPS LCD panel. The ThinkVision X1 is a 27-inch 3840 by 2160 pixel thin-bezel display that uses a 10-bit panel with 99% coverage of the sRGB color gamut. The X24 includes a wire