Cisco UCSC-C240-M6SN-CH Rack Server: Enterpri
Architectural Design & Hardware Specification...
The Cisco 1783-MMX8EA is an 8-port managed industrial Ethernet switch engineered for mission-critical deployments requiring extreme durability, deterministic networking, and advanced cybersecurity. As part of Cisco’s Stratix 5000 series, it supports Layer 2+ management, operates in -40°C to 75°C, and complies with IEC 61850-3 (energy infrastructure) and ATEX Zone 2/22 (hazardous environments). Key hardware features include 6x 10/100/1000BASE-T PoE++ ports (90W max per port) and 2x 10G SFP+ uplinks, enabling simultaneous power delivery to high-demand IoT devices like 4K PTZ cameras and wireless APs.
Feature | 1783-MMX8EA | Standard Industrial Switches |
---|---|---|
PoE Budget | 540W total (90W/port) | 240W total (30W/port) |
Redundancy | HSR + DLR (<1ms failover) | RSTP (50–100ms recovery) |
Security | MACsec-256, TACACS+ | Basic VLAN/SSH |
Environmental Tolerance | IP67-rated, MIL-STD-810G | IP30-rated |
Q: Can it integrate legacy RS-485 devices like PLCs?
Yes—via Modbus/TCP gateways (sold separately), maintaining backward compatibility with 90% of industrial control systems.
Q: How does HSR redundancy outperform traditional protocols?
HSR (High-availability Seamless Redundancy) eliminates packet loss during failovers by maintaining dual active data paths—critical for substation protection relays requiring zero downtime.
Q: Is firmware management feasible in air-gapped networks?
Yes—updates deploy offline via Cisco Industrial Network Director or CLI manual uploads, bypassing cloud dependencies.
For certified refurbished units or bulk pricing, visit “1783-MMX8EA”.
The 1783-MMX8EA bridges the gap between military-grade resilience and multi-gigabit scalability—a necessity for Industry 4.0 brownfield retrofits. While its upfront cost exceeds non-managed alternatives, the dual 10G uplinks and HSR/DLR redundancy eliminate unplanned downtime risks in sectors where outages cost $300K/hour. For teams managing hybrid OT/IT infrastructures, this switch isn’t just hardware—it’s the operational backbone enabling predictive maintenance and real-time analytics without compromising legacy workflows.