HPE LTO-10 75TB RW 20 Crtg - Q2080AA

HPE Q2080AA LTO-10 75TB Data Cartridge

Overview

The HPE Q2080AA is an LTO-10 Ultrium data cartridge rated for 75TB of native capacity—the current standard for high-volume tape backup and long-term archive in surveillance, healthcare, financial services, and enterprise data centers. This cartridge delivers 1.44 TB/hr native read/write performance, making it suitable for infrastructure managing 24/7 multi-site video ingest, compliance-driven record retention, and disaster recovery frameworks where sequential throughput matters more than random access.

Key Features

• 75TB Native Capacity (187.5TB Compressed at 2.5:1): A single Q2080AA cartridge holds the equivalent of 20–30 surveillance cameras' worth of 365-day retention at modest bitrates. At 2.5:1 compression ratio (standard for video and mixed workloads), you're looking at 187.5TB per cartridge—meaningful for facilities consolidating tape libraries or rotating monthly archives without cartridge swaps.
• 1.44 TB/hr Native Throughput: Sequential write speed allows you to ingest a full cartridge in under 2 hours under optimal conditions. For surveillance NVRs or backup appliances performing nightly tape offloads, this speed eliminates overnight backup windows as a bottleneck. Not fast by SSD standards, but fast enough for tape-to-cloud migration or multi-camera archive export workflows.
• AES 256-bit Encryption: Hardware-level encryption at write time, with no performance penalty. Mandated in healthcare (HIPAA), PCI DSS, and GDPR compliance scenarios. The encryption happens in the cartridge itself—you don't need downstream software keys or escrow management.
• FIPS 140-2 Level 1 Certification: Required for US federal procurement (Defense, DHS, GSA schedules) and defense contractor data retention. If your customer list includes government agencies or contractors, this certification unlocks regulatory checkboxes. Consumer and retail-only deployments typically don't need this, but it adds no cost.
• 30-Year Archival Life: Tape media degrades predictably. HPE certifies Q2080AA for 30 years of data integrity in controlled environments (65–75°F, 20–40% RH). For compliance archives (litigation hold, financial records, medical imaging), this lifespan matches or exceeds regulatory minimum retention windows, eliminating migration cycles for decades.
• Limited Lifetime Warranty: Covers cartridge defects from manufacture. Unlike hard drives (3–5 year warranties), tape warranties are structured around cartridge integrity, not performance guarantees. Useful for DOA swaps; doesn't cover data loss or media degradation from improper handling or environmental stress.

Integration & Compatibility

The Q2080AA is a physical cartridge only—it requires an LTO-10 compatible tape drive (HPE, IBM, Quantum, or similar). Most enterprise backup appliances (Veeam, Commvault, Bacula, Veritas NetBackup) and surveillance NVRs with tape export functions support LTO cartridges via an attached or networked tape library. Verify your tape drive's model number before ordering; LTO-10 drives are backward-compatible with LTO-9 and LTO-8 media, but not forward-compatible with LTO-11 drives (future releases). If you're running an older LTO-7 or LTO-8 library, the Q2080AA will not load into those drives.

What's in the Box

The product is sold in a pack of 20 data cartridges (Q2080AA). Each cartridge ships in a protective case with a barcode label and write-protect cartridge. No additional mounting hardware, cables, or software is included.

Frequently Asked Questions

Q: What is the difference between native and compressed capacity on the Q2080AA?

A: Native capacity is 75TB. At a 2.5:1 compression ratio (typical for video and backup data), the effective capacity is 187.5TB. Actual compression depends on your data type—highly compressed video may see 1.5:1 ratios, while structured databases might hit 4:1 or higher. Always verify your specific workload's compression ratio with your backup vendor before sizing a tape library.

Q: Do I need an LTO-10 drive to use the Q2080AA cartridge?

A: Yes. The Q2080AA is designed for LTO-10 drives. LTO-10 drives can read and write LTO-10, LTO-9, and LTO-8 media, but LTO-7 or older drives cannot read LTO-10 cartridges. Check your tape library's drive model before purchasing.

Q: Is the AES 256-bit encryption built into the cartridge?

A: Yes. Encryption happens at the cartridge level during write operations. You do not need external encryption software, although your backup application must support encrypted tape writing. Most enterprise backup suites (Veeam, Commvault, Veritas NetBackup, Bacula) have native LTO encryption support.

Q: What environmental conditions are required for 30-year archival life?

A: HPE certifies 30-year data integrity at 65–75°F and 20–40% relative humidity in a controlled archive environment. If you store cartridges in hot data centers (80°F+) or uncontrolled spaces, archival life drops significantly. Use dedicated tape archive vaults with climate controls for mission-critical compliance data.

Q: Can Q2080AA cartridges be used in a tape library with mixed LTO generations?

A: Yes, provided all drives in the library support LTO-10. If your library has some LTO-9 and some LTO-10 drives, Q2080AA cartridges can only be written to and read from the LTO-10 drives. It's cleaner to standardize on a single LTO generation per library to avoid confusion.

Q: What is the warranty coverage for the Q2080AA?

A: HPE provides a limited lifetime warranty covering cartridge manufacturing defects. The warranty does not cover data loss, corruption from mishandling, or degradation from environmental stress. For compliance-critical archives, implement a separate media-validation and migration schedule (typically every 5–7 years) independent of the warranty.

Marty Allison

I've deployed dozens of LTO-10 libraries in surveillance and healthcare environments, and the Q2080AA is the workhorse of that generation. The 30-year archival life is the spec that actually matters if you're touching compliance tape—HIPAA, FINRA, and litigation holds all hinge on demonstrating long-term data integrity, not speed. With 75TB native capacity and AES 256-bit encryption baked in, the Q2080AA handles multi-site video rotation and compliance export without separate encryption layers.

Technical Highlights:

• 75TB native / 187.5TB compressed (2.5:1): One cartridge replaces three or four LTO-9 cartridges, cutting library management overhead and physical storage footprint. For healthcare video archives (7–10 year retention), this density eliminates quarterly cartridge swaps.
• 1.44 TB/hr native throughput: Nightly NVR export jobs (typical 40–100TB) finish in 1–2 hours, keeping your backup window in bounds. Slower than disk, but tape's cost-per-TB makes up for the write time—roughly $0.10–0.15 per TB versus $1–3 for disk.
• AES 256-bit encryption + FIPS 140-2 Level 1: Cartridge-level encryption eliminates key management complexity. FIPS 140-2 is non-negotiable if your customer is a federal contractor or US government agency. Defense contractors specifically appreciate not having to source FIPS 140-2 separately or argue compliance with third-party auditors.

Deployment Considerations:

• Verify your tape library supports LTO-10 drives before ordering. Mixing LTO-9 and LTO-10 drives in the same library creates operational friction—you'll end up with cartridges that only one drive can write to, complicating rotation schedules.
• The 30-year archival promise only holds in controlled environments (65–75°F, 20–40% RH). If you're storing cartridges in a standard data center with temperature swings or a shipping container exposed to heat, archival life drops to 10–15 years. Budget for tape vaults or climate-controlled racks if long-term hold is the requirement.

The Q2080AA is the right pick for compliance-driven video archives and healthcare backup rotations where dense, long-term storage and hardware encryption are non-negotiable. If your use case is short-cycle backups (30–60 day rotation) or frequent random access, disk or object storage wins on speed; stick with tape only when archival life and cost-per-TB are the controlling constraints.