Exxact Valence Mid-Tower Workstation - 1x AMD Ryzen 7000 Series processor - VWS-193568316
The Valence VWS-193568316 is a mid-tower supporting 1x AMD Ryzen 7000 Series processor and 4x DDR5 memory DIMM slots.
The First Mainstream Chiplet CPU
The Ultimate Desktop Processor
Take on the most demanding workloads with AMD Zen 4 architecture, the first mainstream CPU built using a chiplets approach. Zen 4 features more PCIe 5.0 lanes, faster memory with DDR5, and a host of extensions and accelerators with select processors featuring 3D V-Cache, an additional on-die cache delivering boosts in performance in data-intensive workloads. With up to 16 cores, 32 threads, boost clocks of up to 5.7GHz, and up to 144MB of cache, AMD Ryzen 7000 Series processors deliver game-changing performance.
Parallelize your Workload
Not Just for Gaming
GPUs aren’t just for gaming but for accelerating scientific and engineering challenges. Execute workloads that require immense parallelization; simultaneously train deep learning iterations, split render tasks of large 3D scenes, or simulate molecular dynamics calculations in batches for higher throughput and lower time-to-completion. Our graphics processing units are turning into general processing units enabling our every innovation.
About
The Valence VWS-193568316 is a mid-tower supporting 1x AMD Ryzen 7000 Series processor and 4x DDR5 memory DIMM slots.
The First Mainstream Chiplet CPU
The Ultimate Desktop Processor
Take on the most demanding workloads with AMD Zen 4 architecture, the first mainstream CPU built using a chiplets approach. Zen 4 features more PCIe 5.0 lanes, faster memory with DDR5, and a host of extensions and accelerators with select processors featuring 3D V-Cache, an additional on-die cache delivering boosts in performance in data-intensive workloads. With up to 16 cores, 32 threads, boost clocks of up to 5.7GHz, and up to 144MB of cache, AMD Ryzen 7000 Series processors deliver game-changing performance.
Parallelize your Workload
Not Just for Gaming
GPUs aren’t just for gaming but for accelerating scientific and engineering challenges. Execute workloads that require immense parallelization; simultaneously train deep learning iterations, split render tasks of large 3D scenes, or simulate molecular dynamics calculations in batches for higher throughput and lower time-to-completion. Our graphics processing units are turning into general processing units enabling our every innovation.