NCS2K-PPMESH8-5AD=: Comprehensive Guide to Ci
Hardware Architecture and Functional Role The Cisco NCS...
The Cisco FPR3K-SSD-BLANK= is a non-functional SSD placeholder designed for Firepower 3100/4100/9300 Series security appliances. Its primary role is to occupy unused SSD slots, ensuring proper airflow, structural integrity, and compliance with Cisco’s hardware guidelines. Unlike active SSDs, this blank lacks storage components but matches the exact dimensions (2.5-inch) and screw alignment of functional drives.
Key specifications include:
Firepower appliances rely on front-to-back cooling. An empty SSD slot disrupts airflow, raising internal temperatures by 8–12°C. The blank seals the slot, preventing hot spots that could throttle performance.
Cisco’s Hardware Installation Guide mandates blanks in all unused drive bays to meet NEBS Level 3 and ETSI EN 300 019 certifications. Deployments without them risk voiding support contracts.
IT teams use blanks to reserve slots for later expansion. For example, a Firepower 4140 initially using two SSDs might install two blanks in slots 3–4, simplifying future NVMe SSD additions.
Metric | FPR3K-SSD-BLANK= | FPR3K-SSD-480G= |
---|---|---|
Functionality | Physical placeholder | 480GB data storage |
Power Draw | 0W | 3.5W (active) |
Impact on Logging | None | Enables packet capture |
Cost (MSRP) | 85–85–85–120 | 1,800–1,800–1,800–2,200 |
The blank is purely mechanical, serving no data role but critical for physical integrity.
Cisco TAC voids support if non-OEM blanks are used or slots are left open. Third-party fillers often lack proper EMI shielding and may not align with screw holes, risking chassis damage during installation.
Depends on the appliance:
Yes. In Active/Active clusters, both nodes must have identical blank/SSD layouts to prevent synchronization errors.
For guaranteed compliance, the “FPR3K-SSD-BLANK=” is available through authorized partners like itmall.sale. Verify authenticity via the Cisco PID sticker (P/N 800-106371-01) on the blank’s surface.
In a 2022 case study, a European MSSP faced 14 hours of unplanned downtime after a Firepower 4110 overheated due to missing blanks. Post-incident analysis showed temperatures in slot 3 (empty) spiked to 71°C, triggering automatic shutdowns. The 95blankcouldhaveprevented95 blank could have prevented 95blankcouldhaveprevented22K in SLA penalties—underscoring that even “dummy” components play mission-critical roles. For enterprises, budgeting blanks during initial deployments is cheaper than retrofitting post-failure. Always treat these components as mandatory, not optional.