sony a7iii lcd screen supplier

Protects your camera’s LCD while preserving touch screen functions. It is easily applied through static adhesion – no messy adhesives! Special multi-coatings make this shield highly resistant to water, oil, fingerprints, and nose prints. It is constructed of hardened optical shatter-proof glass for maximum damage protection.

SmallRig LCD Screen Sunhood for Sony A7 A7II A7III A9 Series Cameras 2215 is a dedicated and light-weight hood, which helps to provide great viewing experience in harsh lighting conditions. It is made of nylon and fixed to the LCD by two velcro tapes, which is also easy to detach for storage. The four edges are covered by fluffy material, protecting the LCD surface.

offers a clearer and crisper user experience than a lower pixel screen, notably during live view framing and image review. While the physical size of the LCD is naturally limited by the space that is available

The Sony Alpha A7 III is a mirrorless interchangeable lens camera that was announced in February 2018 and is equipped with a full frame sensor. It offers a resolution of 24 megapixel. In the United States, the Sony A7 III was initially launched at a price of $1,999.

The Sony a7 was the first generation of the alpha 7 series camera by Sony, released in December 2013. The Sony a7 is identified by the name "a7" in the top right corner on the front of the device, and its model number ILCE-7 is listed on the bottom of the device, which is shown below the manufacturer.

The Sony Alpha 7 is a small, light-weight camera that is often used to record high-quality photos and videos. Therefore, this is one of the cameras that travelers love to carry around. There are a total of three Alpha models that are currently on the market (a7,a7ii,a7iii), and the best way to identify each of them is by the name written on the top right corner in front of the camera. There are a couple of features that make this camera stands out. For example, it has a sealed alloy body with making the camera "tougher" and weatherproof; also, it can connect with the cellphone via WIFI or NFC, and it allows the user not only review the pictures after they took it but also they download the pictures and share it with their friends. Furthermore, it has a video mode of 1080p AVCHD video, and it can shoot 24MP with five frames per second.

This year is the seventh year of the Sony a7 production, and yet, it does not have a single recall from the manufacturer. The Sony a7ii replaced the Sony a7 in September of 2014.

The a7III sold exceptionally well, possibly even exceeding Sony’s expectations because it was soon sold out and very difficult to buy for the next 6 months.

If you are looking for further help and advice on the a7 IV or would simply like to share your photos and videos, then please head over to our Sony a7 Forum. If you prefer Facebook then we also run the Sony a7 IV Shooters Group.

SpecificationSony A7 IVSony A7 IIISensor:33.0MP 35mm full-frame, back-illuminated Exmor R CMOS Sensor24.2MP 35mm full frame, back-illuminated Exmor R CMOS Sensor

Memory Card Slots:Two memory card slots. CFexpress Type A + UHS-II/I SD cards are supported in Slot 1. Only UHS II/I SD cards are supported in slot 2.Two Slots. UHS II/I SD cards are supported in slot 1, only UHS-I SD cards are supported in slot 2. Sony Memory Stick PRO Duo, Memory Stick PRO-HG Duo, Memory Stick Micro are also supported.

Battery Life Stills:Approx. 520 shots (Viewfinder) / approx. 580 shots (LCD monitor) (CIPA standard)Approx. 610 shots (Viewfinder) / approx. 710 shots (LCD monitor) (CIPA standard)

The a7III features a 24.2 megapixel 35mm Exmor R CMOS sensor, whereas Sony has decide to increase the resolution of the new sensor in the a7IV to 33.3MP.

If you often find yourself cropping images from the a7III, then you will certainly appreciate the additional 9 megapixels that takes the image resolution of the new a7IV up to 7008 x 4672 pixels, this compares with 6000×4000 pixels from the a7III’s 24.2MP sensor.

The a7IV also features a new advanced BIONZ XR processing engine that boosts speed by up to 8x compared with the BIONZ X engine found in the a7III. This helps to improve image quality, color reproduction, subject tracking and continuous shooting performance.

The a7 IV gains a RAW lossless compression option for maximum processing flexibility, but the maximum burst rate drops from 10 to around 6 fps if you use it. The a7III only offers compressed and uncompressed RAW files along with JPEGs.

The a7 IV also gains the ability to capture 10-bit HEIF (High Efficiency Image File) images, rather than just the 8-bit JPEGs that you get from the a7III. You can also shoot standard DR images in 10-bit, with a choice of 4:2:2 or 4:2:0 chroma sub-sampling. HEIF images are on par with the best JPEG’s but offer approximately twice the compression resulting in much smaller file sizes.

Although both cameras feature this option, when you enable it on the Sony a7 III your maximum image size will be 10 megapixels (3936 × 2624). However, because of the larger 33 megapixel sensor in the a7 IV, when you enable APS-C mode on this camera the maximum image size will be 14 megapixels (4608 x 3072).

Both cameras feature 5 axis in-body image stabilization (IBIS). However, the a7IV see’s a slight improvement here as the stabilization now offers 5.5EV of correction, this compares with 5.0EV of the a7III.

For movie shooters the a7IV also gains a new active stabilization mode that is not found in the a7III. This basically adds digital correction on top of the in-body stabilization, however there is a slight crop of around 1.1x. Here’s an example video from Sony showing this feature in action.

Because the a7 IV also records gyro and lens data as metadata, you can use Sony Catalyst Browse/Prepare software to further smooth camera shake and make adjustments to image stabilisation even after shooting.

Both the a7III and a7IV feature a mechanical shutter and electronic shutter. Although I’ve not yet seen any mention about improvements to either shutter in the a7IV, hopefully Sony has made some changes to the mechanical shutter as there have been a number of failures with the a7III.

One new feature that the a7IV gains over the a7III is the option to close the mechanical shutter to protect the sensor when the camera is turned off. This is a feature that has trickled down from the Sony a1 and can also be found in the Sony a9II with firmware 2.0.

This should help to stop dust collecting on the sensor when lenses are being changed. If you already own the Sony a7III you are most likely very familiar with this persistent problem! So this is definitely a welcome addition.

Both the a7III and a7IV can shoot a maximum of 10 frames per second with both the mechanical and the electronic shutter, so there are no changes here. Also, if you shoot continuous and compressed RAW, then the image resolution drops from 14 bits per pixel to 12 bits for both cameras.

There are changes to the buffer depth. In my own memory card tests I discovered that the a7III can shoot around 166 Extra Fine JPEGS, 106 Compressed RAW or 58 Uncompressed RAW files when using a SanDisk Extreme Pro UHS-II memory card in slot one before hitting the buffer.

The a7IV has a much larger buffer and according to Sony will now shoot over 1000 Extra Fine JPEGS, over 1000 Compressed RAW and over 1000 Uncompressed RAW files when using the faster CFexpress Type-A cards. I hope to be able to test this myself at some point as I’m curious to how these figures compare when using the slower but more affordable UHS-II memory cards.

The a7IV also allows you to access menu functions whilst the camera is still writing to the buffer, the a7III prevents many changes whilst writing to the buffer.

The autofocus system in the a7III was fantastic when first released, but it has unfortunately missed out on recent updates like real-time tracking, bird eye af and eye tracking in movies. The a7IV powered by the new BIONZ XR processing engine brings a lot of welcome updates to this department. Let’s take a look at these now.

The a7III features 693 phase detection points in full-frame mode covering 93% of the image area. In APS-C mode with a full frame lens you get 299 phase detection points and with an APS-C lens this drops to 221 points. There are also 425 contrast detection points.

The a7IV improves on this by adding 759 phase detection points in full-frame mode covering 94% of the image area, this is the same number of points as the Sony a1. In APS-C mode with a full frame lens you now get 713 phase detection points and with an APS-C lens 575 points. The number of contrast detection points remains the same at 425.

The a7III only supports phase detection down to F11, after this the slower contrast detection will take over. With the a7IV phase detection is now supported all the way down to F22.

This should be a welcome improvement for wildlife and sports photographers with the Sone FE 200-600 lens who want to make use of the 2x teleconverter, since this takes the 200-600 to F13 at 1200mm and the a7III would swap to the slower contrast detection, also only the first shot of a continuous burst would be in focus. Now with the a7IV this is no longer an issue.

The Sony a7 IV offers a one-stop improvement in lowlight AF performance effective down to light levels as low as EV-4 (with a F2.0 lens), this compares with EV-3 for the a7III. This helps to provide more reliable autofocus in dark shooting environments.

Although the a7III added Animal Eye AF and Real Time Eye AF with a firmware update (v3.00), this only worked for stills and not movies, it also lacked real-time tracking.

The superior processing power of the BIONZ XR engine found in the new a7IV has led to improvements in both Real-time Eye AF and Real-time Tracking features. Improved face detection translates into 30% better eye-detection accuracy compared to the a7III, while faster image processing yields higher accuracy when the subject is looking up, down, or sideways.

While some cameras like the Sony a9 received a firmware update that added real-time tracking, the a7III sadly missed out. Fortunately the a7IV now gets Real-time Tracking that allows you to select your subject and then let the camera keep track of it, even when your subject is obscured by obstacles or other subjects.

The flagship Sony a1 was the first camera to introduce bird-eye detection, fortunately this has now made its way into the a7IV and is available in both stills and movie modes.

You will need to set the subject detection to birds, but once set you can now track the eyes of birds both perched and in flight. Here’s a video from Sony demonstrating how this works:

In addition to adding 10-bit 4:2:2, the a7IV also gains the XAVC HS codec option (H.265) to achieve twice the compression efficiency of AVC/H.264 encoding that the a7III uses. This results in superior image quality and smaller, space-saving file sizes.

The a7IV joins Sony’s more recent Alpha camera’s by removing the 30 minute recording limit. You can now record until you either fill the memory card or drain the battery, that’s providing the camera does not overheat!

Fortunately when it comes to overheating the Sony a7IV inherits the passive cooling heat sink from the a1 and a7S III to help with heat dissipation, so hopefully overheating should be a thing of the past.

However, this mode only works with select Sony lenses because the camera needs a profile of the breathing characteristics. You can find the full list of lenses that support this function on Sony’s website here.

Two types of shot marks, used as “essence marks” or flags, can be added to recorded movie footage to mark favorite takes or scenes, and the main dial can be used to quickly navigate from one mark to the next during playback. You can access these shot marks later in post using Sony’s Catalyst Browse.

If you make use of an external recorder with the a7III when shooting 4k video, the display will unfortunately blackout, leaving you with only the recorders display. Thankfully this is no longer an issue with the a7IV as the LCD display remains active.

Personally I never found the a7III to be the most comfortable camera to hold, the grip was a little too small as were many of the buttons, making them especially difficult to use when wearing gloves during the winter months.

Thankfully the a7IV inherits a lot of the same ergonomic improvements that have found there way into the Sony a1, a7S III, a7R IV and a9II. These include a slightly larger body and grip, along with larger buttons like the AF-ON, Custom Buttons and Joystick. The tactile feedback has also been improved.

The a7IV gains a little weight and size at 658g (1 lb 7.3 oz) vs 650 g (1 lb 7.0 oz) for the a7III, but it’s unlikely a7III shooters who choose to upgrade are going to notice an additional 8 gramms. The dimensions are as follows:

The exposure compensation dial is clearly marked on the a7III, allowing you to easily increase or decrease the exposure. On can the a7IV however this dial is completely blank and can be fully customized, it also now has a lock button on top.

The a7IV also gains a new secondary dial found underneath the main P/S/A/M dial. This new dial allows you to quickly select between the Still/Movie/S&Q modes, on the a7III these were found on the main mode dial.

Also now when you select a mode, the a7IV will instantly change menus, button assignments and settings like aperture and shutter speed to correspond to your chosen mode. On the a7III if you often jumped between video and stills, you would need to change your settings each time which was quite tedious.

Both cameras use the Sony NP-FZ100 battery, although the a7III has a better CIPA rating at 710 frames versus 610 on the a7 mark IV model when using the LCD screen. I expect the improved resolution of the EVF and LCD combined with the faster Bionz XR processor require a little additional power.

The Sony a7III features a 2.36 million dot OLED viewfinder, whereas the a7IV improves on this slightly with 3.68 million dots and also offers a 60fps and 120fps mode.

The EVF also has a proximity sensor that sits on top of the EVF on the a7 III, but it has been moved to the bottom of the EVF on the a7 IV just like with the Sony a1.

The display on the a7III was limited to tilting up by approx. 107 degrees and down by approx. 41 degrees. The a7IV now inherits the same vari-angle display that can be found in the Sony a7SIII.

Although the display on the a7III is touch capable, these capabilities are limited to selecting a focus point and pinching to zoom. The a7IV display inherits a lot more touch features from the a7SIII and also gets a brand new touch friendly menu that will hopefully appease those who despised the menu in the a7III.

The a7III supports the faster UHS-II SD cards in slot 1 but only the slower UHS-I cards in slot 2. Because of this setup if you did wish to shoot to both cards simultaneously you would always be limited to the speed of the slower UHS-I card in slot 2. This would limit the number of shots you can shoot before hitting the buffer and the time taken to clear the buffer. You can visit my Sony a7III Memory Card Guide to see my tests on this.

Both cameras can be shot tethered via their USB Type-C port that facilitates high-speed PC Remote transfer of large RAW data files, so you can quickly review images on a PC and continue shooting without delay. However, whereas the a7III supports USB 3.1 (5Gbps), the a7IV supports the faster USB 3.2 (10Gbps). The a7 IV also supports a wired LAN connection if you purchase a LAN to USB C adapter.

The a7IV adds 5GHz band wireless in addition to the conventional 2.4GHz band that the a7III supports. The benefits of 5GHz communication include faster data transfer.

Dropped connections whilst using Imaging Edge Mobile have been a common theme for many years, thankfully Sony has apparently improved the connection between the a7IV and Imaging Edge Mobile, so hopefully this will be a thing of the past.

Whereas the a7III features the smaller Micro-HDMI port, the a7 IV features a full-size HDMI Type-A port for a more reliable connection when working with external recorders. There are also headphone and mic jacks on both cameras.

The a7IV is compatible with the same VG-C4EM battery grip used by the a7R IV, a9 II and a7S III. So if you have the Sony VG-C3EM grip for the a7III I’m afraid this grip is not compatible with the new body design of the a7IV.

The a7III supports a mechanical shutter sync speed of up to 1/250 sec in full-frame mode, this is identical to the a7IV. However, when shooting in APS-C mode the a7IV now supports a sync speed of up to 1/320 sec.

For greater convenience during shooting, compatible flash and radio wireless commander units connected to the a7 IV can now be controlled directly from the camera interface, something that is not possible with the a7III.

If you need to update the firmware of the a7III then you have to connect the camera to your computer via USB. For Mac OS users this is a nightmare as it triggers security flags and can be very difficult to install. Thankfully with the a7 IV you can now load the new firmware onto a memory card, insert this into the camera and perform the update. This is something that other camera manufacturers have been doing for years, so it’s nice to see that Sony has finally caught up.

The a7III often see’s $200 shaved off its price in the US, but at the time of publishing it’s still priced at $1,998.00 in most stores. In the UK it’s a bit cheaper with a price tag of £1,699.00 at the time of publishing and there’s also £200 cashback available.

With almost 4 years between the a7III and the a7IV announcement, the a7IV was always going to pack a lot of new features that Sony has developed during this time.

The a7 IV inherits many features from the Sony a7S III, such as the improved body and controls, vari-angle display, new touch menu, CFexpress Type-A support, live tracking, 10-bit internal recording and S-Cinetone just to mention a few. Then it also adds Bird Eye-AF from the flagship Sony a1.

I purchased the Sony a7 III when it was first released and have used it pretty extensively since, creating many articles for this site and my YouTube channel. But because I also own the Sony a7R IV and enjoy shooting wildlife more than anything else these days, the a7III often gets left behind simply because I find the 61 megapixel sensor of the a7R IV more useful, especially when it comes to cropping in.

Although 33 megapixels is still some way off the 61 megapixels offered by the a7R IV, it’s still a nice improvement on the 24 megapixels of the a7III, and will allow you to crop in a little closer or take advantage of the APS-C mode and still retain a 15 megapixel (4608 x 3072) image.

The a7 IV however brings big improvements when it comes to the autofocus performance over both the a7III and a7R IV. The addition of real-time tracking for animals and birds will definitely help this new camera appeal more to wildlife photographers or photographers who like to shoot a little bit of everything.

Since I run the Sony Alpha Wildlife Shooters Group on Facebook I know that there are many wildlife photographers who are quite excited about the a7 IV and have already placed their orders.

I think if you are already an a7III owner and don’t feel like you are being held back in anyway, there’s probably little reason to upgrade other than to satisfy your GAS craving.

If you don’t already own the a7III then you’ll definitely want to consider if the additional features warrant the $500 increase in price. Will you be making the most of the improved autofocus performance, larger buffer, larger sensor, the new video features? If not, then you might be better off purchasing the a7III instead and perhaps spending what you save on a new lens, or maybe treating your other half so they don’t feel left out