linux lcd panel info price

The feature labels related to this product include but are not limited to 23.6 inch, aio with lcd display, all in one monitor, Hotel. Some corresponding products are listed as follows, Please click to view:

“Turing Smart Screen” is a low-cost 3.5-inch USB-C display that connects to systems with a USB port, and works with Windows, Linux (including Raspberry Pi), MacOS, and other operating systems that support Python3.

But contrary to my initial assumptions, it does not exactly act as a second monitor, and instead, it is an information display, originally designed to show resource utilization, e.g. CPU and memory usage, in Windows, and controlled through commands send to the USB port.

This page has not been fully updated to reflect the changes made in Toradex Linux BSP 6. Some information may still apply to Toradex Linux BSP 6 configurations. If you encounter issues, please Send Feedback.

In version 5.x of the Reference Images for Yocto Project, most display interfaces don"t enable in the Linux Device Tree by default. Therefore, to use them, one should apply the required Device Tree Overlay. The most straightforward way to do that is to edit the overlays.txt file available on the boot partition of the board. As for the current BSP 5.x, the boot partition is mounted on: /boot/. You can learn more about it on the Device Tree Overlays (Linux) Technical Article provided by Toradex.

If there are multiple display modes available (either through EDID/DDC or multiple display modes specified for an embedded display), the system allows choosing between them. In Linux, various subsystems deal with display modes. Depending on the display controller and driver used, different ways of configuring the mode are available. Available interfaces are for instance:fbdev interface (fbset utility or kernel argument, internal modedb)

Additionally, the HW can provide display port signals on the HDMI connector and MIPI DSI signals on type-specific pins, but these interfaces have not been brought up in Linux as of yet.DescriptionHDMI1LVDS1Type-SpecificDevice-Tree Node Referencehdmildb2ldb1

The Verdin DSI to HDMI Adapter and Verdin DSI to LVDS Adapter disabled in the Linux Device Tree by default. Therefore, to use them, one should apply the required Device Tree Overlay.

The i.MX 8M Plus SoC features a total of three display controllers called LCDIF. It supports up to 1920x1200p60 display per LCDIF if no more than 2 instances are used simultaneously, or 2x 1080p60 + 1x 4kp30 on HDMI if all 3 instances are used simultaneously:One LCDIF drives MIPI DSI, up to UWHD and WUXGA

If an LVDS display is used and compatibility with other Verdin modules is required, a MIPI DSI to LVDS bridge on the carrier board should be considered. You can check more information in the Verdin Family Specification.

By default, the Verdin DSI to HDMI Adapter overlay is enabled. To use the Verdin DSI to LVDS Adapter, one should disable the HDMI bridge overlay and enable the LVDS one instead.DescriptionNative HDMINative LVDSDSI-HDMIDSI-LVDSDevice-Tree Node Referencelcdif3 + hdmilcdif2 + ldbhdmi_lontium_lt8912lvds_ti_sn65dsi83

Obs-2: The common use case is to hard-code the mode information in the overlay or, alternatively, in the device-tree/panel-driver.DescriptionHDMIMezzanine Connector

diff --git a/drivers/gpu/drm/imx/imx8mp-ldb.c b/drivers/gpu/drm/imx/imx8mp-ldb.cindex c26f8dc83b89..4287d8b31cce 100644--- a/drivers/gpu/drm/imx/imx8mp-ldb.c+++ b/drivers/gpu/drm/imx/imx8mp-ldb.c@@ -193,15 +193,6 @@ imx8mp_ldb_encoder_atomic_check(struct drm_encoder *encoder,return -EINVAL;}-/*-* Due to limited video PLL frequency points on i.MX8mp,-* we do mode fixup here in case any mode is unsupported.-*/-if (ldb->dual)-mode->clock = mode->clock > 100000 ? 148500 : 74250;-else-mode->clock = 74250;-return 0;}@@ -219,16 +210,6 @@ imx8mp_ldb_encoder_mode_valid(struct drm_encoder *encoder,if (ldb_ch->panel)return MODE_OK;-/*-* Due to limited video PLL frequency points on i.MX8mp,-* we do mode valid check here.-*/-if (ldb->dual && mode->clock != 74250 && mode->clock != 148500)-return MODE_NOCLOCK;--if (!ldb->dual && mode->clock != 74250)-return MODE_NOCLOCK;-return MODE_OK;}Next, update the imx8mp.dtsi device tree with the clock desired value times 7. The internal divider will always divide the output LVDS clock by 7, so if, let"s say, we want an output clock of 92 MHz, we should select 650000000 in the device tree.

diff --git a/arch/arm64/boot/dts/freescale/imx8mp.dtsi b/arch/arm64/boot/dts/freescale/imx8mp.dtsiindex 34ebc97e144d..e1c2b719d437 100644--- a/arch/arm64/boot/dts/freescale/imx8mp.dtsi+++ b/arch/arm64/boot/dts/freescale/imx8mp.dtsi@@ -723,7 +723,7 @@<400000000>,<393216000>,<361267200>,-<1039500000>;+<650000000>>;};src: src@30390000 {Finally, compile the new kernel and update your image. Follow the guide Build U-Boot and Linux Kernel from Source Code for more information.

diff --git a/drivers/gpu/drm/imx/imx8mp-ldb.c b/drivers/gpu/drm/imx/imx8mp-ldb.cindex be969f453587..fc4d2d002495 100644--- a/drivers/gpu/drm/imx/imx8mp-ldb.c+++ b/drivers/gpu/drm/imx/imx8mp-ldb.c@@ -194,15 +194,6 @@ imx8mp_ldb_encoder_atomic_check(struct drm_encoder *encoder,return -EINVAL;}-/*-* Due to limited video PLL frequency points on i.MX8mp,-* we do mode fixup here in case any mode is unsupported.-*/-if (ldb->dual)-mode->clock = mode->clock > 100000 ? 148500 : 74250;-else-mode->clock = 74250;-return 0;}@@ -220,16 +211,6 @@ imx8mp_ldb_encoder_mode_valid(struct drm_encoder *encoder,if (ldb_ch->panel)return MODE_OK;-/*-* Due to limited video PLL frequency points on i.MX8mp,-* we do mode valid check here.-*/-if (ldb->dual && mode->clock != 74250 && mode->clock != 148500)-return MODE_NOCLOCK;--if (!ldb->dual && mode->clock != 74250)-return MODE_NOCLOCK;-return MODE_OK;}Next, update the imx8mp.dtsi device tree with the clock desired value times 7. The internal divider will always divide the output LVDS clock by 7, so if, let"s say, we want an output clock of 51609000 Hz, we should select 361267200 in the device tree.

diff --git a/arch/arm64/boot/dts/freescale/imx8mp.dtsi b/arch/arm64/boot/dts/freescale/imx8mp.dtsiindex d8bf3cf52693..3b22e77d56aa 100644--- a/arch/arm64/boot/dts/freescale/imx8mp.dtsi+++ b/arch/arm64/boot/dts/freescale/imx8mp.dtsi@@ -816,7 +816,7 @@ clk: clock-controller@30380000 {<800000000>,<393216000>,<361267200>,-<1039500000>;+<361267200>;};src: reset-controller@30390000 {Finally, compile the new kernel and update your image. Follow the guide Build U-Boot and Linux Kernel from Source Code for more information.

Note that also for a dual-channel display the full panel needs to be specified. The clock and the horizontal timings are divided by two when split configuring the two channels.

&ldb2 {status = "okay";fsl,dual-channel;lvds-channel@0 {fsl,data-mapping = "spwg";fsl,data-width = <18>;status = "okay";port@1 {reg = <1>;lvds1_out: endpoint {remote-endpoint = <&panel_lvds1_in>;};};};};

Set the property "compatible" to an existing or newly added panel from the panel-simple driver. Compare with drivers/gpu/drm/panel/panel-simple.c.Compatible StringDescription

With the "panel-lvds" you can specify detailed timings in the device tree. This driver additionally requires you to specify the property "data-mapping". See the required value in the color mapping table above.

panel_lvds: panel-lvds {compatible = "panel-lvds";backlight = <&backlight>;data-mapping = "jeida-18";width-mm = <345>;height-mm = <194>;panel-timing {clock-frequency = <138500000>;hactive = <1920>;vactive = <1080>;hfront-porch = <48>;hsync-len = <32>;hback-porch = <80>;vfront-porch = <3>;vsync-len = <5>;vback-porch = <23>;hsync-active = <0>;vsync-active = <0>;pixelclk-active = <0>;};port {panel_lvds_in: endpoint {remote-endpoint = <&lvds1_out>;};};};

Note: The LVDS and VGA connectors available on the Colibri Evaluation Board, as well as the LVDS and the analog part of the DVI-I connector of the Colibri Iris have converted outputs from the Parallel RGB signals of the Colibri module. Therefore use the Output specifier "lcd" to specify their settings.

For the HDMI Output the i.MX 6 reads EDID information from an attached monitor which provides the monitor"s capabilities. The i.MX 6 then chooses a video mode that the monitor is capable of displaying and is closest to the one requested on the command line.

setenv vidargsvideo=mxcfb0:dev=lcd,640x480M@60,if=RGB24video=mxcfb1:dev=vdac,640x480M@60,if=RGB565video=mxcfb2:dev=hdmi,640x480M@60,if=RGB24video=mxcfb3:dev=ldb,640x480M@60,if=RGB666ldb=sin0fbmem=32M

The i.MX 6ULL and iMX 7 make use of the eLCDIF display controller. Our current BSP provides the fbdev based driver mxsfb (drivers/video/fbdev/mxsfb.c).

&lcdif {display = <&display0>;status = "okay";display0: lcd-display {bits-per-pixel = <16>;bus-width = <18>;display-timings {native-mode = <&timing_vga>;/* Standard VGA timing */timing_vga: 640x480 {clock-frequency = <25175000>;hactive = <640>;vactive = <480>;hback-porch = <40>;hfront-porch = <24>;vback-porch = <32>;vfront-porch = <11>;hsync-len = <96>;vsync-len = <2>;de-active = <1>;hsync-active = <0>;vsync-active = <0>;pixelclk-active = <0>;};};};};...

The Apalis TK1 display controller subsystem features two independent display controllers which support DSI, eDP, HDMI, and LVDS. Each display controller can run at different clock rates and drive panels at different resolutions.DescriptionOutput 1Output 2Framebuffer boot nametegrafb0tegrafb1

Since Tegra K1 supports EDID, if a monitor that provides EDID information is connected via DVI-D (aka HDMI), the framebuffer driver queries the monitor and selects an appropriate resolution. Changing resolution is possible using XrandR, see X-Server for more information.

Should the use of vidargs be prohibited to you for whatever reason the kernel will fall back to using the default_mode string as hardcoded in resp. board panel file e.g for Colibri T20:

Note, however, on the DVI-D (aka HDMI) our BSP supports EDID. If a monitor provides EDID information, the framebuffer driver queries the monitor and selects an appropriate resolution. Also, the X-Server driver tegra later on queries EDID for the resolution list provided by XrandR, see X-Server).

For embedded LCD/TFT displays, additional parameters allow altering signal polarities. These configurations are only supported on Output 1:DescriptionParameter NameValue 0Value 1Pixelclock PolaritypixclockpolDisplay samples data on falling edgeDisplay samples data on the rising edge (default)

Vybrids display controller (DCU, Display Control Unit) supports only one output. Depending on the BSP version, the Linux kernel uses a different driver for the display controller.fbdev driver: BSP Version 2.5 and earlier (BSP with Linux kernel 4.1 and older)

For embedded LCD/TFT displays, additional parameters allow altering signal polarities.DescriptionParameter NameValue 0Value 1Pixelclock PolaritypixclockpolDisplay samples data on falling edgeDisplay samples data on the rising edge (default)

Make sure to clear the U-Boot"s vidargs display specification, since settings supplied through the kernels command line parameters take precedence over the device tree specifications. For more information on how to alter the device tree, refer to the Device Tree Customization article.

When using the Linux kernels fbdev subsystem this is usually realized by doubling the vertical screen size and panning the scanned out screen between the left half and the right half of the framebuffer. The userspace application needs to make sure not to alter the framebuffer which is currently scanned out. The framebuffer subsystem provides two ioctls to achieve this, FBIOPAN_DISPLAY to the pan (page flip) and FBIO_WAITFORVSYNC to wait until the next vertical blanking period starts.

The DRM driver uses the display mode/timings provided by the associated panel driver in the device tree. Most panels are part of the panel-simple driver, displays supported by the panel-simple can be selected by using the respective compatible string. Toradex displays are supported by the following compatible strings:

If your display is missing in the list, you can add a new entry in the drivers" source file (drivers/gpu/drm/panel/panel-simple.c). Make sure to use an appropriate compatible string.

The kernel will always select the "best" display timings, which is the higher resolution. Therefore, if a resolution below the currently selected panel (by default VGA) is specified, the output will still be VGA. One can use XrandR to select the lower resolution. To permanently configure a certain display timing, using the panel-simple driver is the recommended approach.

VSync and HSync are selected based on the rules of the formulas (CVT/GTF). There is no option to chose the pixel clock polarity using a kernel parameter. Use the panel-simple driver to specify those options explicitly.

Background about the reasons why display timings should not be part of the device tree can be found in Thierry Reding"s blog post Display panels are not special.

VEIKK is a company I previously hadn"t heard of that offers a range of pen displays and drawing tablets for digital artists. At first when they reached out around reviewing one of their drawing tablets, I questioned their Linux support but it turns out their graphics tablets do work across all major platforms. I"ve been trying out the VEIKK VK1200 the past few weeks and it"s been working out decent as a 11.6-inch drawing monitor for just $169 USD.

A few years back we looked at the ASUS ZenScreen USB-C Portable Monitor that took until recently when it began playing working nicely on Linux due to its DisplayLink hardware and also the state of Type-C DP AlternateMode support at the time. What we"ve been trying out over the past week has been the Odake BladeX as a much more interesting portable monitor: it"s a 15.6-inch display in 1080p and 4K options that also supports native HDMI input and other functionality unmatched by the ZenScreen.

4 December 2016The past few weeks I have been testing out the ASUS MG28UQ 4K display as the monitor on my main daily workstation. This ~$500 monitor has been working out well and also supports extra features like Adaptive-Sync once the open-source Linux graphics drivers catch up.

5 July 2016If you are after a 4K / Ultra HD display this holiday season, the Dell P2415Q is a great monitor that can be found for just over $400 USD while not running into any compatibility troubles under Linux.

21 November 2015As some recent non-performance testing of the AMD and NVIDIA graphics drivers on Linux, I checked in to see how well the various Linux desktop environments were working these days in multi-monitor setups. With the latest AMD Radeon and NVIDIA GeForce graphics cards and drivers, I tried out Unity, GNOME Shell, Xfce, and (attempted) KDE Plasma 5 on Ubuntu 15.04 to check out the latest experience.

14 March 2014The multiple monitor experience on Linux traditionally was very arcane and difficult; it would involve editing text configuration errors, trial-and-error, picking the right Linux GPU driver, and various other steps to get a working multi-monitor desktop. Since then there"s been RandR 1.2+ and major improvements to all of the important Linux desktop graphics drivers -- both open and closed-source. How is the Linux multi-monitor now when using a modern distribution and the latest graphics cards that can drive four monitors simultaneously? Let"s find out! Up for testing today are NVIDIA and AMD graphics cards using both the open and closed-source drivers while using DVI, DisplayPort, and HDMI displays.

5 December 2013If you"ve been eyeing a purchase of a 4K "Ultra HD" TV this holiday season and will be connecting it to a Linux system, here"s the information that you need to know for getting started and some performance benchmarks to set the expectations for what you can expect. This article has a number of AMD Radeon and NVIDIA GeForce benchmarks when running various Linux OpenGL workloads at a resolution of 3840 x 2160.

10 August 2013For the past few weeks I have been trying out the Apple"s Thunderbolt Cinema Display under Linux. While this 27-inch Apple Thunderbolt Display is beautiful and delivers stunning quality, it does illustrate another area where the current Linux hardware support currently comes up short. There"s both good and bad news about using a Thunderbolt-based display under your favorite Linux distribution.

14 November 2011If you find yourself picking up any extra monitors this holiday season, you may be in need of a monitor stand. When it comes to monitor stands though, Ergotron is often regarded as the leading manufacturer of such LCD stands, but their products come with a hefty price tag where a simple side-by-side LCD arm can cost over $300 USD. If you do not want to spend several hundred dollars -- likely more than the cost of a monitor itself -- on a metal stand, I have a better solution. For the past two months, I have been using LCD monitor from Tyke Supply. They are wonderfully reliable, fully adjustable, and cost just a fraction of what it would cost if buying from Ergotron.

26 November 2010The last time an ASUS monitor was reviewed at Phoronix was a year and a half ago when checking out the ASUS VH236 monitor that ended up being a fairly nice 1920 x 1080 monitor with HDMI support. After recently needing to purchase another monitor, however, we decided to pickup the ASUS VE228H, which offers similar specifications but measures up to being a 21.5-inch LED-backlit display. Here are a few words on the ASUS VE228H LCD monitor after using it for a few weeks.

15 November 2010If you"ve been looking for a DisplayPort-capable monitor to connect to your new graphics card whether it be a FirePro V8800 or one of the new ATI Radeon HD 5000 series graphics cards that are capable of using Eyefinity to drive many displays via this newest display connection standard, the Dell Professional P2210H monitor is worth considering. The 22-inch LCD display retails for around $200 USD and offers DisplayPort connectivity along with DVI and VGA.

14 May 2010Over the years we have looked at many ASUS products primarily with when it comes to graphics cards and motherboards, but never had we got our hands on an ASUS LCD monitor. However, that changed earlier this month when receiving the ASUS VH236 LCD monitor. This 23-inch widescreen monitor from ASUS has a native resolution of 1920 x 1080, a 2ms GTG response time, ASUS Smart Contrast Ratio Technology, ASUS Splendid Video Intelligence Technology, and a dual 2W speaker system. This ASUS display may not be as nice as the Samsung SyncMaster 305T but it does offer more features than some of the other monitors in its class like the Dell S2409W. Continue on as we test out the ASUS VH236 LCD monitor.

19 May 2009The prices on LCD monitors have dropped a fair amount in recent times and it is now possible to find 24-inch LCDs approaching the $200 USD price-range, which a few years back was just reserved for a couple 17-inch LCDs. One such example is the Dell S2409W -- a 24" LCD panel with 1920 x 1080 resolution and has VGA, DVI, and HDMI inputs. This sleek monitor may not have as many bells and whistles as some of the other displays out there, but its price is nearly unbeatable.

6 May 2009The cost of LCD HDTVs have dropped dramatically in recent times where it"s now possible to find a moderately sized HDTV for just a few hundred dollars. With more budget brands now surfacing with their own LCD HDTVs that are even more competitively priced, it can be a bit challenging to find a LCD HDTV that is good and bargain-priced with the selection being so large. One of the LCDs we recently encountered at Phoronix was the Toshiba Regza 32RV530U. This TV is only 32" but it provides full 1080p, multiple HDMI inputs, and will cost you less than some of the other similarly equipped LCD HDTVs on the market.

12 December 2008If a 22" or 24" LCD monitor doesn"t provide enough screen real estate for you or you just want to go all out and find the best monitor without having a real budget, you"ll more than likely end up looking at the 30" monitors that are available. There aren"t many but Apple has a 30" Cinema Display and Dell also have a very popular 30" monitor, but there are also some from other manufacturers. In fact, today we are looking at the Samsung SyncMaster 305T, which is a 30" monitor with a native resolution of 2560 x 1600 and has a price tag of over $1200 USD.

12 September 2008In the past we have looked at several different Acer LCDs and generally have been quite pleased with them. Acer offers LCD panels that range from cost-effective 17" models to higher-end models that are much larger and offer additional features such as a metal stand, integrated audio, and HDMI. For those that are interested in a large high-resolution screen with HDMI support and a fast response time, but that isn"t too expensive, Acer has the P243WAid. The Acer P243WAid is a 24" LCD that fits these traits and sells for about $390 USD, but it lacks some extra features such as height and pivot adjustments.

21 July 2008While not our primary focus at Phoronix, in the past we had reviewed the Acer AL1714CB, AL1732 Prestige, and dual AL1715b LCD monitors. Even though Acer"s LCDs are not nearly as popular as those from Dell are, we have been very fond of the models that we had looked at in the past. Being nearly a year since we looked at the AL1732 Prestige, which was a phenomenal display, we once again chased down another new Acer monitor. In this review we will be looking at the Acer AL2223Wd Office Line 22" LCD monitor. The Acer AL2223Wd monitor has a recommended resolution of 1680 x 1050 with its WSXGA+ screen and the viewing angles are 160 degrees for both horizontal and vertical. Other specifications include a 300cd/m2 brightness, 800:1 contrast ratio, and 5ms response time. Both VGA and DVI are supported. For what it"s worth, this display is also Windows Vista certified.

10 March 2007The Acer AL1732 Prestige is certainly one of the best sub-$200 17-inch LCDs presently available on the market. Not only does it offer DVI and VGA input but it also comes equipped with an anti-reflective coating, cable management abilities, integrated speakers, and a metal stand. In addition, Acer"s Prestige lineup is a winner of the International Forum Design.

5 April 2006The last time we were engaged to look at an Acer product was when reviewing two Acer AL1715b 17" LCD displays. Today, Acer is floating around Phoronix again as we take a look at another recent offering, the AL1714CB-8. This 17" LCD is very similar to that of the AL1715b except it offers a blazing fast 8ms response and other competitive features for the budget consumer.

My info did not show up in XOrg.log. But I figured out that I could get the info from the DRM (Direct Rendering Manager) subcomponent of the linux kernel, which is exposed in sysfs. So I did the following:

Alternatively, it may be possible to design an expansion board that plugs into the LCD headers on the R.Pi. Here is something similar for Beagleboard:

The schematics for apples iPhone 3gs and 4g suggest they speak DSI, thus they can probably be connected directly. The older iPhones use a "Mobile Pixel Link" connection from National Semiconductor. The 3GS panel (480×320) goes as low as US $14.88, while the 4G one (960×640, possibly the LG LH350WS1-SD01, with specifications) can be had for US $17.99 or as low as US $14.28. The connectors used might be an issue, but this connector might fit. Additional circuitry might be necessary to provide the display with required 1.8V and 5.7V for operation, and an even higher voltage for the backlight.

Texy"s 2.8" TFT + Touch Shield Board: HY28A-LCDB display with 320 x 240 resolution @ 10 ~ 20fps, 65536 colors, assembled and tested £24 plus postage, mounts on GPIO pins nicely matching Pi board size, or via ribbon cable

For some LCD screens (e.g. Samsung 2343NW, Acer XB280HK and Iiyama ProLite XUB3490WQSU-B1) the command cvt -r can be used to calculate standardized modelines with reduced blanking, allowing for higher frequency signals.

Background: ATI X1550 based video card and two LCD monitors DELL 2408(up to 1920x1200) and Samsung 206BW(up to 1680x1050). Upon first login after installation, the resolution default to 1152x864. xrandr does not list any resolution higher than 1152x864. You may want to try editing /etc/X11/xorg.conf, add a section about virtual screen, logout, login and see if this helps. If not then read on.

About the numbers: DELL on the left and Samsung on the right. So the virtual width is of sum of both LCD width 3600=1920+1680; Height then is figured as the max of them, which is max(1200,1050)=1200. If you put one LCD above the other, use this calculation instead: (max(width1, width2), height1+height2).

Switching to the generic modesetting driver. This is most easily done by uninstalling the device specific DDX driver. In the case of Intel graphics#Installation for more information.

Our company specializes in developing solutions that arerenowned across the globe and meet expectations of the most demanding customers. Orient Display can boast incredibly fast order processing - usually it takes us only 4-5 weeks to produce LCD panels and we do our best to deliver your custom display modules, touch screens or TFT and IPS LCD displays within 5-8 weeks. Thanks to being in the business for such a noteworthy period of time, experts working at our display store have gained valuable experience in the automotive, appliances, industrial, marine, medical and consumer electronics industries. We’ve been able to create top-notch, specialized factories that allow us to manufacture quality custom display solutions at attractive prices. Our products comply with standards such as ISO 9001, ISO 14001, QC 080000, ISO/TS 16949 and PPM Process Control. All of this makes us the finest display manufacturer in the market.

Choosing services offered by Orient Display equals a fair, side-by-side cooperation between the customer and our specialists. In each and every project, we strive to develop the most appropriate concepts and prototypes that allow us to seamlessly deliver satisfactory end-products. Forget about irritating employee turnover - with us, you will always work with a prepared expert informed about your needs.

Surprisingly, this project doesn"t require any special code for the Raspberry Pi. In fact, it will be running on Raspbian OS, a Linux distribution specifically for the Raspberry Pi.

DAKboard is the web interface used to display all the information on the monitor. It can be set up from the Raspberry Pi or from a computer, phone or tablet.

By upgrading to DAKboard Premium, which starts at $4.95 per month (no specific info about international pricing and availability), you can unlock the ability to add additional calendars, set a Vimeo, YouTube video or website as the background, select

DaVinci Resolve color panels let you adjust multiple parameters at once so you can create unique looks that are impossible with a mouse and keyboard. The incredibly small DaVinci Resolve Micro Panel is great for new colorists just getting started or anyone that needs a portable panel. It features 3 high quality trackballs, knobs for primary adjustment controls and buttons for playback and navigation. The DaVinci Resolve Mini Panel features additional controls and screens for accessing virtually all palettes and tools. For the ultimate in control, the DaVinci Resolve Advanced Panel gives high end professional colorists access to every single feature and command mapped to a specific button! Learn More

The best creative tools shouldn’t be limited to Hollywood. That’s why there’s a free version of DaVinci Resolve, so you can learn how to use the same tools that professional Hollywood artists use. DaVinci Resolve is designed to inspire creativity so you can focus on doing your best work. Once you learn the software and start using it for more work, you can purchase DaVinci Resolve Studio which adds tons of additional effects, 3D and more. Adding an editor keyboard, color control panel, or audio console lets you work even faster because you can use both hands at the same time, allowing you to be more creative and do things that are impossible with a mouse!