Wall Mounts & TV Stands
With the right tools and a methodical approach, installing a TV on the wall is pretty straightforward. Here is some valuable information and tips for a safe installation.
- Consider the ideal viewing height: Your eyes should be aligned with the center of the screen when seated.
- Make sure that the chosen location does not interfere with the electrical cables already in place. You can determine the approximate position of electrical wires based on the location of the outlets. And if in doubt, it is best to call a professional who will be able to detect them.
- Use a spirit level to draw a vertical line to indicate the center of the mounting area on the wall. This will help you align the wall mount correctly.
- Mark the mounting points on the wall, taking into account the VESA specifications of your TV. Use a spirit level to verify that the points are aligned horizontally.
- Check your measurements by placing the wall bracket against the wall and aligning the marked attachment points with the holes in the bracket.
- Use a suitable drill to drill in the locations marked for the wall bracket attachments. Make sure the holes are deep enough to accommodate the mounting screws or bolts.
- Follow the instructions that came with your wall mount to attach the mounting plate to the back of your TV. Then, gently lift the TV and hang it on the wall mount, making sure it's securely in place.
- Sit back, relax, and enjoy your newly installed TV! And if you're feeling insecure about your DIY skills, don't hesitate to hire a professional to install your TV on the wall safely.
Read our blog post on installing fixed, tilting, or offset wall brackets onto drywall walls.
The choice of a TV wall mount depends on the characteristics of the screen, the installation location and the viewing conditions.
To do this, we invite you to discover our new feature that will allow you to find the right mount in 3 clicks.
How does it work? All you have to do is enter the reference of your television in our database, which holds all the models of the main brands placed on the market since 2006, i.e. nearly 20000 references, then specify the desired functionality (fixed, tilting or with offset) and the type of wall on which you wish to install your bracket.
Another solution, just as effective
1. Choose a feature
ERARD wall mounts can be fixed, tilting, tilt and swivel, with or without offset. Fixed and tilting mounts are preferred for large and very large screens, especially for ease and safety of installation. They are usually installed in the living room for viewing the TV from a sofa, or in the bedroom, from a bed. Tilt and swivel mounts, with or without offset, are used for small and medium-sized screens, in multi-purpose living rooms, with viewing angles that can vary a great deal (studios, kitchens, bedrooms, etc.).
2. Select your TV stand according to your screen size
For each of the ERARD mounts, columns and stands, we indicate the size of the compatible screens in the form of a pictogram.®
This compatibility is given as an indication
3. Check the VESA compatibility 
For each of the ERARD® mounts, columns and stands, we indicate the compatible VESA dimensions in the form of a pictogram. The VESA standard is the standard followed by manufacturers of televisions and wall mounts. It defines the distance between the mounting holes on the back of the TV. To find out the VESA standard of a TV or monitor, you can consult the instructions or measure the distances between the mounting holes. Make sure that the selected TV mount is compatible with the VESA dimensions of your monitor.
4. Check the compatibility with the screen weight 
For each of the ERARD TV mounts and stands, we indicate the maximum weight that must not be exceeded. Make sure that the TV stand you choose can support the weight of your TV.
Connection
To meet the constraints of cable routing on your Audio-Video integration sites, ERARD® has developed a "turnkey" solution that allows you to easily connect an HDMI Male connector after passing the cable through a 20 mm diameter PVC sheath.
Step 1 | Step 2 | Step 3 |
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Pass the end of the HDMI cable with the 20 numbered wires through the PVC sheath (Minimum internal diameter = 14 mm) using fish tape (not supplied). | Remove the clear protective film and organise the wires into two separate groups : - N°s 1 to 9 and the N° 20 (on top) - N°s 10 to 19 (at the bottom) | Unscrew the terminal blocks using the screwdriver provided. Shown here, the terminal blocks n°10 and 11 are unscrewed, ready to accommodate the wires marked with these same n°. |
Step 4 | Step 5 | STEP 6 |
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Connect and screw the wires numbered 10 to 19 on the corresponding screw terminal blocks. Then, carry out the same operation for the connections from n°s 1 to 9 + n° 20. | Check that no wires are in contact (Zoom A). If necessary, shorten the ends of the wires that are too bare and organize the wires in parallel to prevent them from crossing each other (Zoom B). | Guide wires n° 15 to 20 and n° 1 to 4 + n° 20 under the printed circuit board (be careful not to disconnect the wires from the screw terminal blocks). |
STEP 7 | STEP 8 | STEP 9 |
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Connect the Male HDMI socket to a display (TV screen or video projector) and check that the cable is working correctly. If there is a problem with the display, correct the connections as described in steps 4 and 5. | Position the circuit board in the lower casing, then guide the wires along the circuit board so that they do not protrude from the casing. | Gently position the wires so that the upper casing fits into the lower casing without forcing (be careful not to pinch the wires). Assemble the 2 casings with the 4 screws provided. |
To meet the needs of long length HDMI connections in 4K 60ips HDR 4:4:4 resolution and to cope with the constraints of cable routing on your Audio-Video integration sites, ERARD® has developed a "turnkey" solution which uses fiber optic technology.
Solution A | Solution B | ||
| For installation through a PVC sheath with a diameter equal to or greater than 25 mm (internal diameter of 19 mm minimum) | For installation through a PVC sheath with a diameter equal to or greater than 32 mm (internal diameter of 26 mm minimum) | ||
Step 1 | STEP 1 | ||
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| Identify the pin-hole located on the HDMI Type D plug (end to be connected to the display). | OR |
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Step 2 | Step 2 | ||
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| Attach the HDMI Type D plug to the fish tape (not supplied), to be able to pass the cable through the PVC sheath | Attach the cable-feed tool to the fish tape (not supplied), to be able to pass the cable through the PVC sheath | ||
Step 3 | |||
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| " Once the HDMI Type D plug has passed through the PVC sheath, connect the HDMI Type A Male adapter." | |||
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| Connect the HDMI Type A plug to the display (TV screen or video projector); if no image is displayed, this means that the HDMI source does not have sufficient power to operate the electronic components integrated into the plugs. | |||
Step 5 | |||
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| If necessary, connect the 5V USB power lead (supplied) between the HDMI plug and a USB port on the display. | |||
HDMI cables are available in different versions (1.4, 2.0, 2.1). Each version offers different capabilities in terms of resolution, refresh rate, HDR support, and more.
To help you select the right HDMI cable for your needs, check out our selection chart! (link to PDF tb of choice)
Version 1.4 specifics.
1. Support for 4K resolution The HDMI 1.4 standard supports resolutions up to 4K (3840 × 2160 pixels) at 24 Hz, 25 Hz and 30 Hz.
2. HDMI 1.4 Audio Return Channel (ARC) includes a two-way audio return channel, allowing an ARC-enabled TV to send audio back to an audio/video receiver via the same HDMI cable, simplifying the wiring of home theater systems.
3. HDMI 1.4 Auxiliary Data Channel includes a bi-directional auxiliary data channel for the transmission of CEC (Consumer Electronics Control) data and auxiliary device data.
4. HDMI 1.4 supports high-definition audio formats such as Dolby TrueHD and DTS-HD Master Audio, providing an immersive audio experience for users
The "+" of HDMI 2.0
1. Increased bandwidth HDMI 2.0 offers a maximum bandwidth of 18 Gbps, which helps support higher resolutions and faster frame rates than HDMI 1.4.
2. Supported resolutions HDMI 2.0 allows the transmission of videos in resolutions up to 4K (3840 × 2160 pixels) at 60 Hz.
- HDR (High Dynamic Range) support This standard supports HDR content, providing a wider color gamut, higher contrast, and increased brightness compared to previous standards, for a more immersive viewing experience.
HDMI 2.0 therefore offers enhanced connectivity for AV devices, supporting higher resolutions, faster frame rates, HDR, and high-definition audio, providing a higher-quality entertainment experience.
Important: All HDMI cables in the ERARD offer are compatible with versions 1.4 and 2.0 of the standard. (Link to the HDMI cables page)
Find ERARD HDMI 2.0 certified cables!
The "+" of HDMI 2.1
1. Extended bandwidth The main improvement of HDMI 2.1 is its significantly increased bandwidth, offering up to 48 Gbps of throughput, which makes it possible to support even higher resolutions and frame rates.
2. Ultra-high resolutions HDMI 2.1 supports resolutions up to 8K (7680 x 4320 pixels) at 60 Hz. This allows for an even more immersive viewing experience for users with the latest high-resolution TVs.
3. Higher frame rates The HDMI 2.1 standard allows for higher frame rates, reaching up to 120 frames per second for 4K resolutions. This provides a smoother viewing experience, especially for video games and sports content.
4. HDMI 2.1 Variable Refresh Rate (VRR) introduces Variable Refresh Rate support, which allows the TV to dynamically synchronize its refresh rate with the output of content for a smoother gaming experience.
5. ALLM (Auto Low Latency Mode) This feature allows the TV to automatically switch to low latency mode when you launch a video game, reducing the latency between the controller action and the on-screen display.
6. eARC (Enhanced Audio Return Channel) HDMI 2.1 offers an enhancement to ARC functionality, enabling uncompressed high-resolution audio transmission between compatible devices, such as TVs and audio/video receivers.
7. Dynamic HDR The HDMI 2.1 standard supports Dynamic HDR, providing enhanced HDR picture quality by dynamically adjusting picture settings frame by frame
HDMI 2.1 paves the way for exceptional audio-visual performance, offering ultra-high resolution, faster frame rates, reduced latency and dynamic HDR picture quality, making it an ideal choice for demanding users looking for the best home entertainment experience, and especially for gamers.
Find ERARD HDMI 2.1 certified cables
The contribution of AOC cables
AOC (Active Optical Cables) cables are hybrid cables that combine multimode optical fiber, for the transfer of sound and image, and copper, for power (+ link to the connector FAQ "What is an AOC cable?").
The HDMI AOC cables therefore offer a reliable and high-performance solution for installations requiring signal transmission over long distances, while guaranteeing compatibility with the latest HDMI standards and high quality of image and high-definition sound.
Discover ERARD's HDMI AOC cables.
USB-C cables are available in different versions (2.0, 3.1, 3.2, and 4). Each version offers different capabilities in terms of data transfer, load capacity, and viewing of video streams.
To help you select the right USB-C cable for your needs, check out our selection chart!
Specifics of USB 2.0 cables
1. USB-C cables compatible with the USB 2.0 standard offer data transfer speeds of up to 480 Mbps. They are often used for basic tasks such as data synchronization and device loading.
2. Important: ERARD USB-C 2.0 cables are compatible with chargers from 18 to 60W, as the copper connection of the power supply is specifically designed for safe charging operations.
The "+" of USB 3.0 cables
1. USB-C cables compatible with USB 3.2 GEN1 and 3.2 GEN2 offer data transfer speeds of 5 Gbps and 10 Gbps, respectively.
2. ERARD USB-C cables compatible with USB 3.2 GEN1 and 3.2 GEN2 standards can support USB PD (Power Delivery), enabling fast charging and intelligent power management. They are used with 60W (USB 3.2 GEN1) or 100W (USB 3.2 GEN2) chargers.
3. Important: All ERARD USB-C cables with a load capacity greater than 60W incorporate an Emark Chipset that acts as a device protection by optimizing the cord's current and voltage capacities
4. All ERARD 3.2 GEN1 and 3.2 GEN2 C USB cables allow you to view a 4K video stream.
The "+" of USB 4 cables
1. USB-C cables compatible with the USB4 G2 and USB4 G3 standards offer data transfer speeds of 20 Gbps and 40 Gbps, respectively.
2. ERARD USB-C cables compatible with USB4 G2 and USB4 G3 standards can support USB PD (Power Delivery), enabling fast charging and intelligent power management. They are used with 100W chargers.
3. The USB4 G2 cables allow you to view a 4K video stream and the USB4 G3 cables an 8K stream.
The contribution of AOC cables
1. AOC (Active Optical Cables) are hybrid cables that combine multimode optical fiber, for sound and image transfer, and copper, for power.
2. This makes AOC USB cables a reliable and high-performance solution for installations that require reliable signal transmission over longer distances.
It's important to choose a USB charger that matches the specific needs of your devices and offers the appropriate power levels for safe and efficient charging.
The power output of a USB charger is the essential feature. It refers to the amount of electrical power that the charger can deliver to a device connected via a USB cable. It is measured in watts (W). The higher the output power, the faster the charger can deliver power.
The output power of a USB charger itself depends on several factors:
1. Output voltage: The charger's output voltage, measured in volts (V), plays an important role in determining the output power. USB A chargers have an output voltage of 5 volts, whereas USB C chargers compatible with the USB PD (Power Delivery) standard can support higher voltages (from 5 to 20 volts).
2. Amperage: The charger's output current (or amperage), measured in amperes (A), is also a key factor. A higher output current equals a faster charging process. This intensity varies from 1 A to 5 A, depending on the model.
3. Standards: Some USB chargers are compatible with fast charging standards such as Qualcomm Quick Charge or USB PD (Power Delivery). These chargers provide a higher power output and manage this power optimally, depending on the device to be charged.
It is essential to choose a USB charger with an output power that is adapted to the needs of your devices. Using a charger with incorrect power output can affect the charging speed and even damage the devices.
For this reason, we indicate the essential characteristics for all ERARD chargers: the input voltage, the output power, the current and the charging standards taken into account.
We also indicate the possible uses of these different chargers in the form of pictograms: