The Cisco UCS M4308 modular chassis is a highly dense, modular, power efficient platform for parallelized workloads offering optimal performance per Watt, large number of processor cores per rack unit, with policy based provisioning, automation, and management.
This new offering extends the capabilities of Cisco's Unified Computing Syst em portfolio in a 2U form factor with up to eight slots in the front of the chassis that accommodate up to eight single-wide cartridges. The chassis architecture supports a variety of cartridges such as compute, storage, or any other special function cartridge. Any of the 8 slots can support compute server modules. In addition, there are three special slots that can accommodate other functions. For example, slots 3 and 4 support future storage cartridges or modules. Each of these slots supports two SAS/SATA interfaces. Slot 8 supports a future PCIe adapter. The function is limited only by the form factor of the cartridge.
The rear of the chassis supports 4 SSDs that are connected to an internal removable RAID controller. The storage complex is distributed to the pluggable cartridges in a virtualized way provided by a custom ASIC and driver firmware. In addition, there is one half-width/half-height PCI slot for possible future use.
Network I/O is provided by two 40-Gbps QSFP ports that aggregate all cartridge I/O as well as all management traffic. An upstream VN TAG capable top of rack switch is required for the total solution.
- Can rapidly increase network capacity with minimal effort
- Built-in power supply to ensure all components are being supplied with accurate voltage
- Supports layer 3 switching for enhanced performance and usability
- Rack mounting enables you to organize wires & secure cables for professional installation
- Management capability provides control over setup and configuration of your network
- 40 Gigabit Ethernet for efficient data transfer and fast connectivity
- Supports optical fiber cable to span longer distances and provided high data transmission rates between servers and network components
