For 2026, the best HDMI motherboards are the ones that fit your build and your budget.
ASUS, Gigabyte, and some compact LGA 1155 boards still stand out for different reasons.
Some focus on newer storage and expansion. Others offer solid legacy support and simple, reliable HDMI output.
| ASUS H170 PRO Gaming Motherboard (LGA1151) |
| Best Overall | Socket: LGA1151 | Form Factor: ATX | Memory Type: DDR4 | VIEW LATEST PRICE | Read Our Analysis |
| ASUS B150M-A Micro ATX Motherboard DDR4 LGA1151 |
| Best Value | Socket: LGA1151 | Form Factor: Micro ATX | Memory Type: DDR4 | VIEW LATEST PRICE | Read Our Analysis |
| Gigabyte Black Edition Z97 ATX Motherboard (GA-Z97X-UD5H-BK) |
| Enthusiast Pick | Socket: LGA 1150 | Form Factor: ATX | Memory Type: DDR3 | VIEW LATEST PRICE | Read Our Analysis |
| LGA 1155 H61C Gaming Motherboard for Intel CPUs | Budget-Friendly Pick | Socket: LGA1155 | Form Factor: Standard ATX | Memory Type: DDR3 | VIEW LATEST PRICE | Read Our Analysis | |
| Mini ITX LGA 1155 Motherboard with M.2 and HDMI |
| Compact Pick | Socket: LGA 1155 | Form Factor: Mini ITX | Memory Type: DDR3 | VIEW LATEST PRICE | Read Our Analysis |
More Details on Our Top Picks
ASUS H170 PRO Gaming Motherboard (LGA1151)
Since you’re building a 6th Gen Intel system and want a reliable ATX board with HDMI support, the ASUS H170 PRO Gaming is a strong fit. You get an LGA1151 board for 6th Gen Intel Core processors, DDR4 support, four memory slots, and up to 64 GB of RAM. It also gives you HDMI and DisplayPort output, plus USB 3.1 Type A, M.2, SATA 6Gb/s, and SATA Express. SupremeFX audio and Intel Gigabit Ethernet with LANGuard help your games sound and play better. Gamers Guardian parts and Smart DIY features make setup easier too.
- Socket:LGA1151
- Form Factor:ATX
- Memory Type:DDR4
- HDMI Support:HDMI
- M.2 Support:Yes
- Max Memory:64 GB
- Additional Feature:SupremeFX audio
- Additional Feature:Intel Gigabit Ethernet
- Additional Feature:USB 3.1 Type A
ASUS B150M-A Micro ATX Motherboard DDR4 LGA1151
The ASUS B150M-A Micro ATX motherboard is a smart pick for budget-minded builders who still want HDMI output, DDR4 support, and a dependable Intel LGA1151 platform. You get the Intel B150 chipset, SATA 6Gb/s storage, and HDMI, DVI, and USB 3.0 connectivity in a compact Micro ATX layout. ASUS also backs it with 5X Protection II, so you benefit from stronger hardware safeguards and all-round reliability. With UEFI BIOS, EZ Flash 3, Fan Xpert 2+, and LED-illuminated shielding, you can tune cooling, keep things quiet, and enjoy solid audio performance.
- Socket:LGA1151
- Form Factor:Micro ATX
- Memory Type:DDR4
- HDMI Support:HDMI
- M.2 Support:No
- Max Memory:Not specified
- Additional Feature:5X Protection II
- Additional Feature:UEFI BIOS
- Additional Feature:Fan Xpert 2+
Gigabyte Black Edition Z97 ATX Motherboard (GA-Z97X-UD5H-BK)
Gigabyte’s Black Edition GA-Z97X-UD5H-BK makes sense for you in the event that you’re building or reviving an older Intel system and want HDMI support plus plenty of expansion room. You get an LGA 1150 ATX board with Intel Z97 support for 4th and 5th gen Core CPUs, four DDR3 slots, and up to 32GB of memory. It also gives you M.2 storage, SATA 6Gb/s, USB 3.0, and multiple PCIe slots for serious add-in flexibility. Since it’s renewed, it’s examined, cleaned, and backed via a 90-day warranty.
- Socket:LGA 1150
- Form Factor:ATX
- Memory Type:DDR3
- HDMI Support:HDMI
- M.2 Support:Yes
- Max Memory:32 GB
- Additional Feature:Certified refurbished
- Additional Feature:168-hour durability test
- Additional Feature:Extreme multi-graphics support
LGA 1155 H61C Gaming Motherboard for Intel CPUs
Budget-Friendly Pick
View Latest PriceBuilt for budget-conscious builders who still want HDMI output and broad Intel compatibility, this LGA 1155 H61C gaming motherboard works well for 2nd- and 3rd-gen Core i3/i5/i7 CPUs, Xeon E3 v2 chips, and Pentium processors. You can pair it with DDR3 non-ECC memory up to 16GB at speeds from 1280MHz to 1866MHz. Its M.2 slot supports NVMe or NGFF adapters, while PCIe x16, x1, SATA, and USB connections cover upgrades. You also get VGA, HDMI-compatible video, and 100Mbps networking. Check CPU, memory, and power compatibility during setup.
- Socket:LGA1155
- Form Factor:Standard ATX
- Memory Type:DDR3
- HDMI Support:HDMI-compatible
- M.2 Support:Yes
- Max Memory:16 GB
- Additional Feature:Intel Xeon E3 v2
- Additional Feature:NVME / NGFF conversion
- Additional Feature:100Mbps network interface
Mini ITX LGA 1155 Motherboard with M.2 and HDMI
If you need a compact Mini ITX board that still gives you HDMI, M.2 NVMe support, and an old-school LGA 1155 platform for a budget Windows 10 build, this Zopsc H6 ME is worth a look. You get an Intel H61 Express chipset, DDR3 support, two slots, and up to 16GB at 2133MHz. The stable multiphase power design helps keep your Core i5 running smoothly. You also get VGA, PCIe x16 graphics, four SATA 2.0 ports, and plenty of USB 2.0 connections. The package includes a metal plate and cable.
- Socket:LGA 1155
- Form Factor:Mini ITX
- Memory Type:DDR3
- HDMI Support:HDMI x1
- M.2 Support:Yes
- Max Memory:16 GB
- Additional Feature:Multiphase power chipset
- Additional Feature:Realtek ALC662 audio
- Additional Feature:10 USB 2.0 ports
Factors to Consider When Choosing HDMI Motherboards
When choosing an HDMI motherboard, attention usually begins with HDMI port count and the range of display output support, since these determine how many screens can be connected and how they will perform. CPU socket compatibility and chipset features also matter, because they must match the intended processor and provide the needed functionality. Memory capacity is another key factor, especially for systems that handle demanding multitasking or content creation.
HDMI Port Count
HDMI port count is a key detail because it determines how many displays or HDMI devices can connect directly to the motherboard without adapters or expansion cards. Many boards include only one HDMI port, which suits a single monitor but quickly becomes restrictive for multi-screen work. Buyers needing two outputs should check for boards that pair HDMI with other video connectors, since HDMI alone may be limited. A higher count can also make desk setup cleaner, reducing cable swaps whenever several compatible displays are used. Specifications should be reviewed carefully, because some motherboards advertise video support while offering only one HDMI connector. Verifying the exact number helps avoid assumptions and guarantees the board matches practical connection needs.
Display Output Support
Display output support should be checked carefully, since a motherboard might offer native HDMI alongside DisplayPort, DVI, or VGA, and the exact mix determines how flexible the system will be for different monitors and setups. Buyers should confirm that HDMI is present as a native rear I/O connection and observe whether it is joined by other video outputs for backup or broader compatibility. The platform and CPU must also support the chosen output path, especially when integrated graphics are required. HDMI version matters for resolution limits, audio transmission, and multi-monitor capabilities. Rear panel placement should make the port easy to access without cable strain. On sound over the same cable is needed, onboard multimedia support should include HDMI audio output for a cleaner desktop setup.
CPU Socket Compatibility
Matching the motherboard socket to the CPU is essential, because an incompatible socket such as LGA1151, LGA1150, or LGA1155 will stop installation altogether. Beyond the physical fit, the supported processor generation must also be checked, since some sockets are limited to specific Intel Core ranges such as 4th/5th Gen, 6th Gen, or 2nd/3rd Gen chips. Socket matching alone does not guarantee booting, so chipset support for the intended CPU family should be confirmed as well. The exact processor model matters too, including desktop Core i5, Core i7, Pentium, or Xeon variants where applicable. For upgrades, the motherboard’s maximum supported CPU platform should be compared with the current processor to avoid selecting a board that cannot run it.
Chipset Features
The chipset is one of the most significant factors in choosing an HDMI motherboard, since it controls core capabilities such as CPU generation support, memory type, storage interfaces, and expansion options. It should align with the intended build, because chipset families differ in what they allow. Some boards remain limited to older DDR3 platforms, while others support DDR4 and broader upgrade paths. Storage support also varies, with basic SATA 6 Gb/s options on some models and faster SATA Express or M.2 and NVMe connections on others. Expansion behavior matters as well, since PCIe lane layout, graphics card options, and multi-GPU support can change as per chipset. Integrated USB, Ethernet, audio, and display features further affect total motherboard versatility and long-term usefulness.
Memory Capacity
Memory capacity is another key factor, since chipset support alone does not determine how well an HDMI motherboard will handle demanding workloads. The board’s maximum supported RAM should be checked initially, because common limits range from 16 GB to 64 GB depending on the platform. Slot count also matters: 2-slot boards generally offer less expansion than 4-slot designs. The supported memory generation must match the board, whether DDR3 or DDR4, since incompatible modules will not work. Memory speed is equally crucial, with boards listing limits such as 1333 MHz, 1600 MHz, 2133 MHz, or more. For users running multiple applications or memory-heavy tasks, a higher capacity ceiling and dual-channel support provide better flexibility and smoother performance over time.
Expansion Slot Options
Expansion slot options should be weighed carefully, since HDMI motherboards can range from only a couple of PCIe slots to layouts with multiple PCIe x16, PCIe x1, and even legacy PCI slots. Buyers should confirm how many lanes are available and whether a PCI Express x16 interface is present for a discrete graphics card. Boards with several PCIe x16 slots, plus x8 or x4 support, suit multi-GPU setups and faster add-in cards. M.2 expansion is also worth noting, because it enables high-speed SSDs and can reduce dependence on SATA storage. For users with older hardware, PCI slots might still matter. The best choice depends on whether the system needs modern-only expansion or broad compatibility with legacy cards and peripherals.
Form Factor Fit
Form factor fit should be confirmed at the outset, since ATX, Micro ATX, and Mini ITX motherboards each require different amounts of space and mounting support. The board must match the case’s physical dimensions and standoff pattern so installation proceeds cleanly. An HDMI-equipped model should also leave enough room for expansion slots, RAM clearance, and bulky coolers. Smaller boards can suit compact systems, but they often reduce memory slots, PCIe lanes, and SATA ports. Case compatibility should include rear I/O placement as well, because the HDMI port and other connectors must remain reachable. For tighter builds, Mini ITX or Micro ATX is usually preferable. For broader upgrade potential, ATX remains the more practical choice.
Frequently Asked Questions
Can HDMI Motherboards Support 4K Monitors at 60HZ?
Yes, HDMI motherboards can drive 4K monitors at 60Hz, but only when the motherboard’s HDMI version and integrated graphics are built for that bandwidth. Older HDMI ports often top out at 30Hz or require lower resolutions.
Do HDMI Motherboards Include Integrated Wi-Fi or Bluetooth?
No, HDMI motherboards do not automatically include WiFi or Bluetooth. Whether they do depends on the specific model. Some boards have built in wireless support, while others need separate adapters even if they look similar at first glance.
Which HDMI Version Is Best for Gaming and Streaming?
HDMI 2.1 is the strongest choice for gaming and streaming because it supports higher bandwidth, 4K at 120Hz, and VRR. HDMI 2.0 still works well for 4K at 60Hz, but HDMI 2.1 offers better headroom for newer displays and consoles.
Are HDMI Motherboards Compatible With Newer CPUS and GPUS?
Yes, a motherboard with HDMI usually matters less than the socket and chipset. Newer CPU support depends on the platform, while newer GPUs use PCIe rather than the motherboard’s HDMI port.
Does HDMI Output Work Without a Dedicated Graphics Card?
Yes, HDMI output can function without a dedicated graphics card if the processor includes integrated graphics and the motherboard has a compatible video output. If the processor lacks integrated graphics, the HDMI port will not produce a signal, even when the motherboard has the connector.
Conclusion
Ultimately, the best HDMI motherboard is the one that seems to arrive at exactly the right moment for a build. ASUS H170 PRO Gaming, ASUS B150M-A, Gigabyte’s Z97, and the LGA 1155 options each fit a different path, yet all can feel like the missing piece whenever compatibility matters most. As specs, size, and upgrade plans align through coincidence, the right board quietly turns an ordinary setup into a satisfying one.
