DALCO equips high-performance server solutions with new 5th Gen AMD EPYC 9005 processors to tackle your most demanding infrastructure needs. The AMD EPYC 9005 server CPUs are driving new levels of enterprise computing performance.
Increased transistor density alongside a reduction in power consumption.
Dedicated “Zen 5” and “Zen 5c” cores increase compute density.
Additional L3 cache helps reduce latency in data-intensive operations.
Memory capacity up to 9TB in a 2-DIMM-per-channel configuration.
Dual-socket configuration adds significant I/O connectivity.
Disaggregated compute architecture via Compute Express Link.
AMD EPYC™ 9005 server CPUs provide end-to-end AI performance.
The AMD EPYC™ 9005 Server CPUs support the full range of agentic AI workloads with leadership core density, optimal power and cost efficiency, and native compatibility with enterprise x86 software ecosystems.
The AMD EPYC™ 9005 family includes options that are optimized to be host-CPUs for GPU-enabled systems to help increase performance on select AI workloads and improve the ROI of each GPU server.
AMD EPYC 9005 Series server CPUs include up to 192 “Zen 5” or “Zen 5c” cores with exceptional memory bandwidth and capacity. The innovative AMD chiplet architecture enables high performance, energy-efficient solutions optimized for your different computing needs.
A unified AI platform for training, fine-tuning, and inference.
High core count for heavily parallel professional workloads.
Professional-grade memory bandwidth and platform security.
Server-class silicon in a deskside workstation chassis.
Single-socket 1U rack server for dense general-purpose workloads.
A 1U chassis built around a single AMD EPYC socket, tuned for the highest possible core density per rack unit. Front-serviceable drive bays and redundant power keep maintenance windows short.
Single-socket 2U platform with room for storage and expansion.
The 2U form factor keeps the single-socket simplicity but doubles the drive budget and adds full-height expansion slots, so storage and networking can grow without changing platform.
Dual-socket 2U server for heavily parallel and memory-bound workloads.
Two AMD EPYC sockets share 24 DIMM slots and a wide PCIe budget, giving simulation and database workloads both the core count and the memory bandwidth they need.
Entry-level storage server on a single AMD EPYC socket.
The starting point of the storage range: a top-loading chassis that keeps cost per terabyte low while still exposing enough PCIe lanes for high-speed networking.
Dual-socket storage node for parallel filesystems.
A second AMD EPYC socket doubles the memory channels, which is what keeps metadata operations responsive once a filesystem grows past a few hundred million objects.
High-capacity dual-socket platform with expanded drive count.
More spindles per rack unit without giving up compute: the same dual-socket layout, in a chassis built for capacity-first deployments.
Maximum-density storage server for petabyte-scale tiers.
The top of the AMD storage range — the highest drive count we ship in a single chassis, paired with enough network bandwidth to actually saturate it.
Send us the core counts, the memory footprint and the rack constraints you are working with. Our engineers come back with a configuration sized to the job — not a catalogue page.