Core™ i9-14900K Processor Bundle w/ Gigabyte Z790 EAGLE AX, UD Series 850W, HYTE Y60 Case, Teamgroup T-FORCE Vulcan DDR5 RAM Kit
Product Info
The Intel® Core™ Processor Bundle with Gigabyte Z790 EAGLE AX Motherboard, HYTE Y60 Mid-Tower ATX Gaming Computer Case,
Intel® Core™ i9-14900K Processor, 3.2GHz
The powerful i9 Intel® Core™ processors: Built for the next generation of gaming. With the highest clock speeds and a groundbreaking new architecture, you'll be able to push your gameplay to new heights... more
Gigabyte Z790 EAGLE AX w/ DDR5-7600 OC, PCIe 5.0, 3x M.2 Slots, 7.1 Audio, 2.5 Gb LAN, Wi-Fi 6E
GIGABYTE Ultra Durable™ motherboards built with optimal components inside out provide the prime performance and timeless platform. They support the latest CPUs, and deliver enhanced system performance and ultimate hardware scalability... more
HYTE Y60 Mid-Tower ATX Gaming Computer Case, Black
ATX with Modern Aesthetic - The Y60 is an innovative genesis in design for the open ATX chassis. We crafted this case to celebrate your favorite hardware, and show your PC the way it was meant to be seen. Turn your PC into the centerpiece of your game room with the HYTE Y60 Mid-Tower Case... more
Gigabyte UD Series 850W 80+ Gold Modular Power Supply w/ PCIe v5.0 12VHPWR Connector
Inherit the product design spirit of GIGABYTE Ultra Durable, thus introducing a variety of high-quality materials and designs. Ultra Durable combines high-quality main Japanese capacitors, enhanced thermal solution, 120mm smart hydraulic bearing (HYB) fan, and six circuit protection designs... more
Teamgroup T-FORCE Vulcan DDR5 6000MHz CL30 XMP 3.0 Dual Channel RAM Kit (2 x 16GB), Black
The VULCAN DDR5 is molded from a single block of aluminum alloy through stamping and the top structure is fixed with a snap fastener. TEAMGROUP uses a professional-grade thermal conducting silicon to reinforce adhesion between the cooling fin and memory. In addition, the VULCAN DDR5 supports the latest Intel XMP3.0 and one-click overclocking technology to ensure stable, efficient use of power and that system stability is not compromised for performance... more
