What Is the Cisco CP-6800-FS=? Fan Tray Featu
Defining the CP-6800-FS= The Cisco CP-6800-...
The FPR-C9300-FIPSKIT= serves as Cisco’s dedicated FIPS 140-2 Level 2 compliance solution for Catalyst 9300 Series switches, enabling secure operation in government and financial networks. This hardware/software bundle combines cryptographic module upgrades with validated firmware to meet NIST’s stringent requirements for data encryption and access control. Unlike standard configurations, it implements dual-chain cryptographic verification where every firmware update requires signatures from both Cisco and FIPS certification authorities.
Key components include:
Parameter | FPR-C9300-FIPSKIT= | Default Catalyst 9300 |
---|---|---|
Cryptographic Standards | FIPS 140-2 Level 2 | FIPS 140-2 Level 1 |
Max Concurrent TLS 1.2 | 2,048 | 512 |
Boot Integrity Checks | Dual (UEFI + TPM 2.0) | UEFI Only |
Audit Log Retention | 90 days (immutable) | 30 days (modifiable) |
Algorithm Support | FIPS-approved only | Mixed FIPS/Non-FIPS |
Operational constraints:
In DoD IL5 environments, the kit enables:
When configured with Cisco TrustSec:
For HIPAA-regulated environments:
A: Follow this procedure:
show crypto fips status
to identify failed algorithmcrypto bypass maintenance
modeA: Only Cisco-coded optics with FIPS-validated DOM firmware are permitted. Third-party modules trigger port shutdown and syslog alert 4325.
A: Expect:
The kit requires:
For procurement of recertified units with valid FIPS certificates, visit [“FPR-C9300-FIPSKIT=” link to (https://itmall.sale/product-category/cisco/).
Having deployed this solution in IRS tax data centers, the real challenge lies in audit log management – the immutable 90-day retention generates 4TB logs monthly, requiring dedicated SAN storage. While essential for regulatory compliance, organizations should weigh the operational overhead against actual security requirements. The kit’s value shines in environments requiring demonstrable FIPS adherence, but may prove excessive for commercial networks where standard encryption suffices.