ASUS PRIME B760-PLUS D4
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Product description
The ASUS PRIME B760-PLUS D4 motherboard is based on the Intel B760 chipset, which provides full support for Intel® 13th and 12th generation Core™ processors. This ATX motherboard is the perfect choice for both home and office use, where high performance and reliability are key. The PRIME series represents ASUS' stable and durable product line, which is particularly suitable for serving the latest technological needs.
In terms of memory, the PRIME B760-PLUS D4 has four DDR4 memory slots that can handle memory clocks up to 5066 MHz (OC), and the maximum system memory capacity can reach 128 GB. This ample memory capacity and support for high clocks ensure smooth and fast operation, even for the most demanding applications and games.
In terms of cooling and heat dissipation solutions, the motherboard uses advanced cooling technologies, including large heatsinks and advanced airflow systems that contribute to efficient cooling of the processor and VRM. These solutions increase the stability and long-term reliability of the system, especially in case of intensive use.
In terms of connection options, the motherboard is extremely well equipped: it has a PCIe 5.0 x16 slot for the latest generation video cards, three PCIe 4.0 M.2 slots for ultra-fast SSDs, 2.5 Gb Ethernet for fast network connections, a USB 3.2 Gen 2x2 Type -C® port, one front USB 3.2 Gen 1 Type-C® port and Thunderbolt™ (USB4®) support. These connection options ensure that the motherboard meets the highest technological expectations.
In conclusion, the ASUS PRIME B760-PLUS D4 is a high-quality, reliable and performance-oriented motherboard that is an excellent choice for those looking for a powerful, well-equipped and versatile platform to take advantage of the next-generation Intel processors. The supported DDR4 memory, advanced cooling solutions and extensive connectivity options together make this motherboard an ideal choice for both home and professional environments, ensuring continuous operation and outstanding performance in all usage environments.