The motherboard, commonly known by its Erica/Baker SSID (8767) or Baker-series designation, is a custom-manufactured Intel motherboard primarily utilized in HP Pavilion Gaming and Pavilion desktop PCs (such as the TG01-1xxx series). This Micro-ATX board was designed to support 10th Gen Intel Core processors and provides a cost-effective platform for office work, home use, and moderate gaming. Key Specifications and Features Socket: LGA1200 Chipset: Intel H470 Form Factor: Micro-ATX (approx. 29.09 x 20.3 cm)
The board processors. It does not support 11th Gen Rocket Lake-S chips. Furthermore, upgrades are limited to processors with a maximum TDP of 65W . 3200MHz (supports 2933MHz) ram in HP 8767 motherboard
The motherboard features a standard, full-length , meaning it is physically compatible with modern graphics cards like the Nvidia RTX 3060, RTX 4060, or AMD equivalents. 3200MHz (supports 2933MHz) ram in HP 8767 motherboard
Because the HP 8767 uses the LGA 1200 socket, it is physically compatible with Intel's 10th Generation "Comet Lake-S" desktop processors. However, due to severe proprietary BIOS restrictions and a basic voltage regulator module (VRM) phase design, on this board.
Whether you are troubleshooting an issue, planning a RAM or GPU upgrade, or simply curious about the hardware inside your HP desktop, this guide should serve as a valuable resource. By understanding the capabilities and limitations of the HP 8767 A (SMVB), you can make informed decisions and get the most out of your system. hp 8767 a -smvb- motherboard
: AMI UEFI BIOS (version F.xx, F.3x, F.4x, etc.), with a customized HP graphical interface. The ROM size is 16MB.
No, it is a proprietary, non-standard shape. It will not fit in a standard ATX case without modifications.
The , commonly referred to by its codename " Baker ," is a proprietary board found in various HP Pavilion and Envy desktop series, such as the HP Pavilion Gaming TG01 . It is designed around the Intel H470 chipset (Comet Lake), primarily supporting 10th-generation Intel processors and limited 11th-generation models. Technical Specifications Baker motherboard Go to product viewer dialog for this item.
: The Realtek Ethernet chip is supported via the re driver. Many users are repurposing systems with this motherboard for use as networking appliances (firewalls and routers). BSD hardware probes confirm that the Realtek controller works out-of-the-box with OPNsense and pfSense. The motherboard, commonly known by its Erica/Baker SSID
The HP 8767 A-SMVB was commonly found in:
Officially, HP states the board supports up to using two 16GB modules. However, many users have reported successful and stable operation with 64GB (2x32GB) of supported memory, as the H470 chipset can natively address this amount.
For those determined to keep the 8767 A -SMVB- running, here is the ultimate upgrade path:
No official HP service guide contains full schematics for SMVB revision boards. HP’s own parts database lists the 8767A as “discontinued, no replacement” — but the -SMVB suffix is absent from public PDFs. Theories abound: 3200MHz (supports 2933MHz) ram in HP 8767 motherboard
The TouchSmart 600 chassis has limited airflow.
With a 500W PSU, you can run small-sized, two-fan GPUs such as the NVIDIA GeForce RTX 3060, RTX 4060, or RTX 4060 Ti . 2. Memory and Storage Upgrades
The HP 8767 A does not officially support XMP (Intel's Extreme Memory Profile). This means that installing memory that relies on an XMP profile to achieve its rated speed will not work. The board will run the memory at JEDEC (industry standard) specifications. Therefore, when purchasing memory, it's best to look for kits that natively support 2933MHz or 2666MHz without requiring XMP.
The , internally known as the "Baker" motherboard (SSID: 8767), is a proprietary system board primarily found in the HP Pavilion Gaming Desktop TG01 series. It is built on the Intel H470 chipset and utilizes the LGA 1200 socket , designed to support 10th Generation Intel Core processors. Technical Specifications
In our testing, we found that the motherboard performed exceptionally well in the following areas: