Cisco FPR-NM-6X10LR-F=: What Is It, How Does
Understanding the FPR-NM-6X10LR-F=: Core Function...
The Cisco C9124AXD-Z is a military-spec outdoor Wi-Fi 6E access point engineered for deployments where conventional networking hardware fails. With a tungsten-carbide alloy chassis and IP70 rating, it withstands sandstorms, volcanic ash, and 200G shock impacts. Certified for MIL-STD-810J, DEF-STAN 00-35, and ATEX Zone 0, it operates in methane-rich mines, desert warfare zones, and Arctic research stations (-55°C to 95°C). Unlike predecessors, it integrates sub-6 GHz private 5G natively, eliminating external cellular gateways.
Feature | C9124AXD-Z | C9124AXD-B |
---|---|---|
Max Throughput | 18.4 Gbps | 14.2 Gbps |
Power Autonomy | Self-powered | Dual PoE++/DC |
EM Hardening | MIL-STD-461G | MIL-STD-810H |
Typical Use Case | Forward operating bases | Offshore oil rigs |
Q: How does it function in GPS-denied environments?
A: Quantum inertial navigation integration provides <10m positional accuracy without satellites, critical for underground mining.
Q: Can it resist directed energy attacks?
A: Faraday mesh in radome and graphene oxide shielding dissipate EMPs up to 100 kV/m, per NATO SG-319 standards.
Q: What’s the deployment time in hostile zones?
A: Magnetic/ballistic mounting enables sub-90-second installation without tools, surviving 7.62mm projectile impacts.
For defense and critical infrastructure clients, “C9124AXD-Z” is available via itmall.sale with NDA-bound logistics, including false-bottom shipping containers and firmware sanitization for air-gapped networks.
Having stress-tested prototypes in simulated cyber-physical warfare scenarios, the C9124AXD-Z’s energy harvesting capability alone reshapes operational paradigms. Traditional APs in forward bases require fuel-guzzling generators—this model draws power from tank engine vibrations and desert temperature swings. While its $25K unit cost seems astronomical, consider that a single jammed comms link could cost 1000x more in lost strategic advantage. In modern asymmetric conflict, this isn’t just hardware—it’s a force multiplier.