Dell EMC ED-DCX6-8B 8-Slot Gen6 Director + 8x FC32-48 +2x CPX6 +2x CR32-8 Module

Condition : USED – tested and working, may have some cosmetic defects

Dell EMC Connectrix ED-DCX6-8B Gen6 Director with 8 slots, including 8 x FC32-48 blades, 2 x CPX6 control processor blades, and 2 x CR32-8 core routing blades.

Includes:
- ED-DCX6-8B 8-slot Gen6 Fibre Channel Director chassis
- 8 x Brocade 48-port 32Gb/s Fibre Channel blades (FC32-48)
- 2 x Brocade Control Processor blades (CPX6)
- 2 x Brocade Core Routing blades with 16 x 4x32Gbps QSFP+ ports (CR32-8)
- 3 x Fan modules
- 4 x 3000W power supplies

Overview:
The Dell EMC Connectrix ED-DCX6 Director series delivers high performance and scalability for mission-critical storage networks. Supporting up to 32Gb/s Fibre Channel, the Gen6 Director offers increased capacity, high throughput, and resilience for virtualised and all-flash data centres. It features NVMe readiness and an extensive Enterprise software package including Fabric Vision, ISL Trunking, Extended Fabric, and FICON CUP support.

Key Features:
- 14U rack-mount chassis with eight vertical switching blades
- Supports Fibre Channel switching and FCiP extension blades
- Autosensing port speeds up to 32Gb/s
- Aggregate switching capacity of 13.5 billion frames per second
- 16 Tb/s aggregate bandwidth with 4 Tb/s Inter-chassis Link bandwidth
- Advanced fabric services: Adaptive Networking, zoning, Dynamic Path Selection, Flow Vision, and more
- Hot-swappable components including power supplies, fans, and blades
- Comprehensive security features including DH_CHAP, IP filtering, LDAP, RBAC, and TACACS+
- Extensive diagnostics and monitoring tools

Physical and Environmental:
- Height: 61.23 cm (14U)
- Width: 43.74 cm
- Depth: 61.04 cm
- Weight: 35.61 kg (chassis only)
- Operating temperature: 0°C to 40°C
- Humidity: 5% to 93% non-condensing

Power:
- Supports up to four 3000W AC power supplies
- Power redundancy and hot-swappable supplies

Ideal for high-demand SAN environments requiring robust performance, scalability, and advanced fabric management.