ASUS
ESC8000-E12 (NON-PLX) L6 BB X 1, CPU INTEL 6776P X2, 64GB DDR5 X16, 960GB M.2 X2
Out of Stock
ASUS ESC8000-E12 2x Intel 6776P, 16x 64 GB DDR5 | GPU Server, Enterprise
ASUS
MPN: ESC8000-E12
$46,102.45
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- ASUS ESC8000-E12 rack server platform
- Dual Intel 6776P CPU configuration
- 16 x 64 GB DDR5 memory population
- 2 x 960 GB M.2 storage configuration
- MCX713106AS-CEAT 2-port 100 G adapter
- 3,200 W Titanium power supply
- Ball-bearing rail kit included
- Non-PLX internal architecture
Keep high-density workloads moving on a server platform designed for serious compute throughput. This ASUS ESC8000-E12 configuration combines dual Intel 6776P processors with 16 populated 64 GB DDR5 modules, giving infrastructure teams the memory headroom needed for large models, simulation, and parallelized analytics.
Storage is tuned for fast local access with 2x 960 GB M.2 drives, while a 2-port 100 G adapter supports high-bandwidth data movement across clustered environments. The non-PLX architecture keeps the platform focused on direct, efficient connectivity for workloads that benefit from predictable data paths.
A 3,200 W Titanium power supply and ball-bearing rail kit round out a build intended for sustained operation in dense rack environments. For teams standardizing on ASUS infrastructure, this configuration delivers the compute, memory, and network profile expected in AI, HPC, and advanced virtualization deployments where lower-tier servers run out of room quickly.
Ideal For
- AI training nodes in GPU-dense rack deployments
- HPC compute servers for simulation and modeling
- High-memory virtualization hosts for consolidated workloads
- High-bandwidth storage and analytics nodes in clustered environments
Why This Product
- 1Dual-socket compute for heavier parallel workloads
- 2Higher memory density than entry rack servers
- 3100 G networking for cluster-scale data movement
- 43,200 W Titanium power for dense rack deployments







