HPE Q2079A LTO-9 Ultrium 45TB RW Data Cartridge in Dubai, UAE
HPE Q2079A is a rewritable LTO-9 Ultrium data cartridge for enterprise backup, archival retention, offline cyber-resilience, and high-volume tape workflows. It supports up to 45 TB compressed capacity at a 2.5:1 compression ratio and is engineered for use in compatible LTO-9 tape drives and automated libraries.
For organizations in Dubai and across the UAE, this cartridge provides a practical way to extend backup retention, create removable air-gapped copies, and manage long-life archives without keeping all protected data permanently online.
Procurement Snapshot
Part Number: Q2079A
Recording Technology: LTO-9 Ultrium
Capacity: 45 TB compressed, based on 2.5:1 compression
Media Type: Rewritable
Archive Guidance: Up to 30 years under appropriate storage conditions
UAE Supply: Contact FourTeck for current availability, project quantities, and delivery options.
Quick Procurement & Configuration Matrix
HPE
Q2079A
LTO-9 Ultrium rewritable data cartridge
Enterprise backup, long-term archive, offline retention, tape-library workflows
45 TB compressed at 2.5:1
Passive removable media; power is required by the tape drive or library, not the cartridge at rest
Dubai, UAE, GCC and selected export markets
HPE limited lifetime warranty; confirm current regional terms at quotation stage
Executive Product Architectural Overview
The HPE Q2079A LTO-9 Ultrium 45TB RW Data Cartridge sits at a very specific point in the enterprise data-protection architecture: it is not primary storage, not a backup application, and not a tape drive. Instead, it is the removable storage medium that allows an LTO-9 drive or tape library to retain large datasets outside continuously connected disk and cloud environments. In modern infrastructure design, this distinction matters. Online backups provide rapid restoration, but they remain reachable through the same network and identity fabric that attackers may attempt to compromise. A removable LTO cartridge can be exported from a library, placed in controlled storage, and physically separated from production networks. That physical separation creates a strong operational boundary for ransomware recovery, long-retention archives, and compliance-oriented data preservation.
Q2079A uses LTO-9 Ultrium recording technology and barium ferrite magnetic media. HPE specifies a compressed capacity of up to 45 TB using a 2.5:1 compression assumption. Real-world stored capacity depends heavily on the compressibility of the data. Highly compressed image, video, encrypted, database, and backup-container files may achieve substantially less than the nominal compressed figure, while text-heavy or otherwise compressible datasets may approach the advertised ratio. Enterprise buyers should therefore size media quantities from native workload measurements and historical compression ratios rather than treating 45 TB as guaranteed usable space for every dataset.
The cartridge is designed for the LTO ecosystem, which is widely used for backup and archival workflows where cost per retained terabyte, offline security, media portability, long retention, and controlled rotation are more important than instant random access. A single tape is especially useful as part of a larger rotation policy: daily or weekly backup pools, grandfather-father-son retention, monthly archive sets, off-site vault copies, immutable operational procedures, or isolated cyber-recovery collections. The value therefore emerges not just from the cartridge specification but from how the medium is governed inside the broader backup strategy.
For Dubai and UAE businesses, LTO-9 media can complement enterprise disk arrays, HPE StoreEver tape libraries, third-party LTO-compatible libraries, virtualized backup platforms, and data-protection software from multiple vendors. The cartridge itself does not determine application compatibility; the tape drive generation, library firmware, backup software, barcode policy, encryption configuration, media-pool definitions, and retention policy collectively determine whether a deployment is operationally correct. FourTeck can assist buyers in validating these dependencies before quantity commitment, particularly for projects involving library expansion, new media pools, migration from older LTO generations, or multi-site backup standardization.
HPE lists a tape length of 1,035 meters, tape width of 12.65 mm, minimum tape thickness of 5.2 microns, 8,960 data tracks, and 545 kb/inch bit density. These physical characteristics reflect the high recording density required to deliver LTO-9 capacity in a compact removable cartridge. For automated libraries, cartridge mechanics also matter: reliable leader handling and consistent movement help reduce faults associated with repeated load and unload cycles. HPE emphasizes qualification testing for its LTO media to support demanding backup environments where cartridges may be cycled frequently through robotics and drives.
Another key architectural advantage is operational longevity. HPE publishes an archival life of up to 30 years for this cartridge family when media is stored under appropriate conditions. That does not mean an organization should place tapes on a shelf for three decades without governance. Long-term retention planning must also account for future availability of compatible drives, periodic readability tests, media migration, indexing, encryption-key retention, chain-of-custody procedures, environmental controls, and data-format obsolescence. The cartridge is therefore best viewed as a durable storage component inside a managed archival lifecycle rather than a substitute for archive management.
Enterprise Business Value & ROI Benefits
Offline Cyber-Resilience
A removable cartridge can be physically taken out of the tape library and stored offline. That separation can prevent an attacker who compromises online systems from directly modifying or encrypting an exported copy. For organizations formalizing ransomware-recovery procedures, tape can become one layer in a multi-copy protection model that combines fast online restore points with isolated recovery media.
High Retained Capacity
Up to 45 TB compressed capacity per cartridge enables substantial backup sets to be stored in a compact physical footprint. This is particularly valuable for organizations with multi-year retention, large file repositories, enterprise databases, virtual machine images, surveillance archives, engineering datasets, and other workloads where the retained volume grows faster than primary capacity.
Low Energy at Rest
Unlike spinning disks, a tape cartridge sitting in a slot, cabinet, vault, or off-site facility does not need electrical power to preserve data. While the tape library and drive consume power during operation, exported or idle cartridges require no active power. Over long retention periods, that characteristic can help reduce the infrastructure burden associated with cold data.
Operational Scalability
Capacity can be expanded in modular increments by adding cartridges and, when necessary, library slots or additional drives. This makes tape suitable for staged growth. Organizations can begin with a defined media pool and extend retention over time without replacing every existing cartridge simply because the archive grows.
Long-Term Retention
HPE specifies an archival life of up to 30 years under suitable storage conditions. This supports use cases such as legal records, compliance archives, historical datasets, research material, financial records, and long-lived project documentation, provided media management, periodic verification, and platform migration are included in the retention plan.
Controlled Portability
Tape is physically transportable, allowing organizations to move protected data to off-site storage, disaster-recovery facilities, or secure vaults. With disciplined barcode tracking, custody logging, and rotation procedures, this portability can support multi-site business-continuity planning without keeping every archive copy on a live WAN connection.
From a financial perspective, the cartridge should be evaluated as part of a retained-data cost model rather than compared only against the purchase price of a hard drive. The relevant measures include media acquisition, tape-drive and library cost, maintenance, administrative handling, off-site storage, restore frequency, energy consumption, data growth, retention duration, and refresh cycles. Tape is especially compelling when data must be kept for long periods but accessed infrequently. Conversely, workloads demanding frequent random retrieval may still require disk or object storage as the operational tier. Many enterprises therefore use tape alongside disk, cloud, or object platforms in a tiered protection design.
Hardware & Technical Architecture Highlights
Although Q2079A appears externally as a compact removable cartridge, its engineering is tightly linked to the mechanics and signal processing of LTO-9 tape drives. The cartridge contains a long strip of high-density magnetic tape wound on a reel. During operation, the drive loads the tape, establishes the media path, positions the recording surface against the drive heads, and streams data sequentially across thousands of tracks. HPE lists 8,960 data tracks for this LTO-9 medium, illustrating how densely the recording surface is organized to deliver enterprise-scale capacity.
The base magnetic material is barium ferrite, a technology suited to high-density tape recording because of its magnetic stability and ability to support very small particles. HPE lists a magnetic coercivity of 2850 Oe, a tape width of 12.65 mm, tape length of 1,035 meters, and minimum tape thickness of 5.2 microns. These specifications are not usually values that procurement teams need to manipulate, but they are useful indicators of the precision manufacturing required to keep error rates low over long, high-speed media paths.
Tape performance differs from disk architecture because LTO is optimized for sustained sequential transfer. HPE publishes a media read-speed figure of up to 1,000 MB/s for this cartridge when used with full-height drives and assuming 2.5:1 compression. Actual job throughput depends on the tape drive, source storage, backup server, network path, software, dataset compressibility, file sizes, encryption, multiplexing, shoe-shining behavior, and number of concurrent streams. When source throughput is too low, a tape drive may repeatedly stop and reposition, reducing efficiency. Proper sizing therefore considers not only cartridge capacity but whether the data path can feed the drive consistently.
Mechanical reliability is equally important in automated environments. Tape libraries may perform thousands of robotic moves and repeated cartridge load/unload cycles. HPE describes a smart grabber mechanism, mechanical interlock, and sensor-based leader-pin handling designed to reduce the risk of leader loss. A simplified tape path is also intended to reduce wear and debris accumulation. These characteristics matter to enterprises because a media fault in a large automated backup window can interrupt jobs, consume operator time, and complicate recovery schedules.
Data confidentiality is handled at the drive and application layer rather than by the cartridge shell alone. LTO generations including LTO-9 support hardware encryption capabilities through compatible drives. Whether encryption is actually enabled depends on drive configuration, backup software, library features, key management, and policy. Buyers planning encrypted archives should ensure that encryption keys can be retained, protected, rotated, and recovered over the full archival horizon. A perfectly preserved encrypted cartridge is unusable if the organization loses the corresponding keys.
Definitive Technical Specifications & Sizing Notes
| Specification | HPE Q2079A Detail | Buyer Interpretation |
|---|---|---|
| Product Number | Q2079A | Use this exact part number when requesting quotes to avoid confusion with WORM, pallet, or library-pack variants. |
| Recording Technology | LTO-9 Ultrium | Confirm the target drive or library supports LTO-9 media. |
| Capacity | Up to 45 TB compressed at 2.5:1 | Actual usable capacity depends on data compressibility and backup format. |
| Media Format | Rewritable | Suitable for reusable backup rotation where WORM retention is not required. |
| Quantity per Package | 1 cartridge | Large deployments should request project quantities or library-pack options where appropriate. |
| Media Read Speed | Up to 1,000 MB/s with full-height drives, assuming 2.5:1 compression | End-to-end throughput will depend on drive, source, software, network, and data characteristics. |
| Bit Density | 545 kb/inch | A media-engineering specification reflecting high recording density. |
| Archival Life | Up to 30 years | Requires suitable storage conditions and a managed readability and migration strategy. |
| Color | Light blue | Useful for physical identification alongside barcode labels and media-pool conventions. |
| Tape Length | 1,035 m | Part of the media construction enabling LTO-9 capacity. |
| Tape Width | 12.65 mm | Standardized physical media dimension for the LTO platform. |
| Tape Thickness | 5.2 microns minimum | Indicates the precision of the media construction. |
| Base Material | Barium Ferrite | Magnetic technology suited to high-density, long-retention tape recording. |
| Data Tracks | 8,960 | Illustrates the fine track density used across the media surface. |
| Magnetic Coercivity | 2850 Oe | A technical media characteristic relevant to recording stability. |
| Warranty | Limited Lifetime Warranty | Confirm current HPE regional terms and handling exclusions with the quotation. |
Sizing should begin with the amount of data retained per backup cycle, not just total source capacity. For example, a 100 TB primary environment does not automatically require a fixed number of cartridges because deduplication, compression, full versus incremental schedules, change rate, retention duration, and software packaging all affect the tape footprint. Buyers should calculate expected native data written per cycle, apply observed compression rather than a theoretical maximum, include growth headroom, and then add operational spare media. Automated library environments also need enough cartridges to maintain rotation without excessive manual handling.
When migrating from older LTO generations, confirm drive read/write compatibility before assuming legacy media can remain in service. LTO backward-compatibility rules vary by generation and should be verified against the specific drive. For greenfield deployments, determine whether LTO-9 is the target generation for the expected archive horizon and whether future expansion may involve additional drives, library slots, or higher-capacity media. FourTeck can help translate retention policy and current data volume into a practical media quantity for quotation.
Configuration, Sizing & Deployment Workbench
01 / Establish the Retention Workload
Document the protected capacity, daily change rate, number of full backups, incremental or differential strategy, monthly and annual archive requirements, and retention duration. Separate short-term operational restore points from long-term archive copies. This prevents overbuying high-cost online storage for data that can sit on lower-cost removable media, while also preventing an undersized tape pool that forces constant reuse before retention periods expire.
02 / Validate Drive and Library Compatibility
Identify the exact HPE StoreEver or third-party tape drive and library model. Confirm that the installed drives are LTO-9 capable and that the backup application supports the drive, changer, barcode conventions, and encryption settings. A cartridge purchase should never be separated from compatibility validation because the tape generation is only one part of the end-to-end support matrix.
03 / Size Throughput and Backup Windows
Evaluate how fast source systems can stream data to tape. Tape performs best with sustained sequential transfers. Slow sources, heavily fragmented file sets, network bottlenecks, overloaded backup proxies, or insufficient parallelism can extend backup windows even when the media itself supports high throughput. Consider multiple drives when concurrency, restore objectives, or large nightly backup volumes require more aggregate bandwidth.
04 / Plan Media Rotation and Air-Gap Procedures
Define which cartridges remain in the library, which are exported after backup, where off-site copies are stored, who is authorized to handle media, how cartridges are logged, and how often restore testing occurs. A tape is not truly air-gapped if it remains continuously loaded in an online-controlled library with no procedural separation.
05 / Address Encryption and Key Governance
If hardware or application encryption is used, maintain a key-management procedure that survives staff turnover, infrastructure replacement, and long retention periods. The recovery plan should prove that keys can be restored independently of the systems being protected. Encrypted media without recoverable keys is effectively unrecoverable media.
06 / Confirm Environmental and Handling Controls
Tape cartridges should be stored and transported using conditions appropriate for enterprise magnetic media. Avoid uncontrolled heat, moisture, dust, physical shock, magnets, and careless stacking. For off-site storage, ensure the facility can maintain chain of custody and suitable environmental controls. Media should be acclimatized when moved between substantially different environments before use, following vendor guidance.
Deployment planning is therefore less about installing the cartridge and more about constructing a repeatable media lifecycle. Barcode labeling, pool naming, retention classes, encryption policies, off-site schedules, cleaning-media management, drive health monitoring, and restore validation should all be documented. In larger libraries, custom labeled packs may be operationally preferable because they reduce manual preparation and improve inventory consistency. HPE lists several Q2079A-family packaging variants for bulk and library use; contact FourTeck for current options suited to project quantities.
Industry Use Cases & Workload Scenarios
Banking & Finance
Financial institutions may use LTO-9 media for offline backup copies, long-retention records, regulatory archives, and cyber-recovery sets. Tape can complement high-performance disk protection by providing a physically removable copy that is less exposed to online compromise. Retention and encryption requirements should be mapped to internal policy and applicable regulations.
Healthcare
Hospitals and healthcare groups often retain large imaging, application, database, and compliance datasets. LTO-9 can support archival tiers and secondary recovery copies, particularly where historical information is rarely accessed but must remain preserved. Data confidentiality, encryption-key retention, and controlled media handling are important design considerations.
Government & Public Sector
Government entities can use tape for record retention, offline backup, disaster-recovery media, and archival storage where formal custody and long-term preservation are required. Media pools can be segregated by department, classification, or retention schedule, with exported cartridges stored in controlled facilities.
Logistics & Transport
Logistics companies generate transactional databases, warehouse data, ERP backups, telematics, CCTV archives, and operational records. Tape can absorb long-retention copies while production and recent recovery points remain on disk. Large monthly or annual archive sets can be rotated off-site to strengthen continuity planning.
Retail & Multi-Branch Operations
Retail groups with centralized data centers can consolidate backup data from branches and retain periodic archive sets on LTO media. Tape is especially useful for historical database, audit, transaction, application, and file-retention workloads that do not justify permanent residence on premium online storage.
Education & Research
Universities, schools, laboratories, and research programs may accumulate large datasets that remain valuable for years but are not accessed daily. Tape offers a practical medium for preserving project data, research archives, learning systems, administrative databases, and digital collections, provided indexing and future migration are planned.
Technical Feature Deep Dive 1: Processing, Throughput & Workload Performance Architecture
Tape throughput is often misunderstood because the cartridge itself does not behave like a disk with a simple random-access performance figure. LTO drives are streaming devices. They achieve their best performance when data arrives fast enough for the tape to move continuously past the heads. HPE publishes up to 1,000 MB/s media read speed for Q2079A when used in full-height drives and assuming 2.5:1 compression. That figure reflects a favorable operating condition; actual application throughput should be measured across the complete data path.
The source tier may include SAN storage, NAS appliances, hypervisor repositories, database dump targets, object gateways, or backup repositories. From there, data typically passes through backup software and one or more media servers before reaching the tape drive over Fibre Channel or SAS, depending on the library. Every stage can become a bottleneck. A backup proxy limited to a few hundred megabytes per second cannot keep a high-performance tape drive continuously fed. Similarly, millions of tiny files can create metadata overhead that lowers effective stream speed even when aggregate source capacity is large.
Compression also influences perceived throughput and capacity. Hardware tape compression can increase effective data rates when the incoming dataset is compressible. However, modern enterprise data often contains already-compressed video, encrypted containers, compressed backups, and database formats that achieve less additional reduction. Proper sizing should use measured backup-job statistics rather than a blanket 2.5:1 assumption. This is especially important when calculating the number of tapes required for a full backup or long-term retention set.
For high-volume environments, multiple LTO drives can operate in parallel. The number of drives should be determined by the available source throughput, backup window, restore concurrency, library slot count, and software licensing. Adding drives does not automatically increase performance if source storage, media servers, or fabric bandwidth remain constrained. A balanced architecture often yields better results than simply maximizing drive count.
Restore performance deserves equal attention. Recovery objectives may require specific cartridges to be mounted, positioned, and read sequentially. Large restores can be very fast when datasets are well organized, while small random requests across many tapes can be operationally slower than disk. Enterprises should classify workloads by recovery-time objective and retain the most time-sensitive recovery points on fast online storage while moving colder generations to tape. In this role, Q2079A becomes part of a tiered protection architecture rather than a universal replacement for disk.
Technical Feature Deep Dive 2: Security, Redundancy & System Resilience
The most strategically important characteristic of removable tape is its ability to leave the online environment. Modern attacks frequently target primary data and connected backups simultaneously. If an attacker gains privileged access to a backup console, storage fabric, hypervisor, or cloud account, online recovery points may be deleted or encrypted. Exported tape media can be physically inaccessible to those same credentials, provided procedures prevent the media from remaining continuously mounted.
This offline capability should be combined with multiple copies and clear separation of responsibilities. A mature design may include operational disk backups for fast restores, a replicated copy at a secondary site, and periodic LTO cartridges exported to secure storage. Some organizations maintain a dedicated cyber-recovery set with stricter access controls and longer retention. The exact pattern depends on risk appetite, regulatory obligations, recovery objectives, and budget.
Encryption adds another resilience and compliance layer. LTO-9 drives support hardware encryption capabilities, but encryption is not automatically applied merely because Q2079A media is used. The backup application, drive, library, and key manager must be configured appropriately. Encryption keys should be protected separately from the backup infrastructure and retained for as long as encrypted media may need to be read. Key escrow, recovery testing, role separation, and documented ownership are essential for long-lived archives.
Media redundancy is achieved operationally by creating multiple independent copies, not by the cartridge itself. A single tape remains a single physical object and can be lost, damaged, or mishandled. Critical data should therefore follow a multi-copy protection policy. Media rotation can also reduce wear by distributing writes across multiple cartridges instead of repeatedly overwriting the same small set. HPE qualification testing and cartridge mechanics support enterprise use, but good operational hygiene remains fundamental.
Long-term resilience also requires periodic verification. Archive cartridges should be cataloged, monitored, and selectively test-restored. Over a multi-year horizon, the organization may need to migrate content to a newer LTO generation before older drives become difficult to maintain. The 30-year archival-life specification is therefore a media property, not a guarantee that every surrounding technology component will remain available for three decades. Good archival governance plans for both media durability and platform evolution.
Technical Feature Deep Dive 3: Remote Management, Telemetry & Infrastructure Integration
Q2079A itself is passive media, so remote management comes from the tape drive, library, backup application, and supporting management platform. In enterprise deployments, operators typically monitor library robotics, drive status, cleaning requirements, media alerts, job completion, throughput, failed mounts, and slot inventory from centralized software. The cartridge becomes a tracked asset within that operational framework.
Barcode labeling is central to automation because it allows the library and backup software to identify media without manual handling. Organizations should establish consistent barcode ranges, media-pool assignments, and physical inventory records. HPE notes that user write-on labels are no longer included with current LTO cartridges, so buyers should plan their labeling process accordingly. For automated libraries, pre-labeled or custom-labeled multi-cartridge packs may reduce deployment effort and labeling inconsistency.
Backup applications typically maintain a media catalog that records what data is stored on each cartridge, retention expiry, media ownership, and job history. That catalog is operationally critical. If the backup catalog is lost, data may still exist on tape but recovery can become much more complex. Catalog protection should therefore be part of the backup strategy, ideally with independent copies that can be used to reconstruct the environment after a major incident.
Telemetry also helps identify inefficient tape usage. Repeated shoe-shining, frequent partial fills, excessive mounts, and drive underutilization can indicate that backup streams are not sized correctly. Administrators can improve performance by adjusting multiplexing, staging data to disk, increasing parallel streams, or reorganizing policies. The goal is to keep drives streaming efficiently while avoiding unnecessary media movement.
Integration planning should also address lifecycle reporting. Procurement teams need visibility into media consumption, spare inventory, retention expiry, annual growth, and upcoming capacity needs. Backup operations should be able to forecast when new cartridges, additional library slots, or more drives will be required. FourTeck can support this process at the procurement layer by aligning requested quantities with the documented platform and projected growth, rather than treating cartridges as isolated consumables.
What Buyers Should Check Before Purchase
Before ordering HPE Q2079A, confirm the generation, library environment, quantity plan, labeling requirements, retention policy, and operational handling model. Tape projects fail more often because of mismatched assumptions than because of the media specification itself. Use the following checklist to prepare a precise request.
01 / FIT — Configuration Fit & Model Sizing
Verify the installed drive generation, number of drives, library model, slot count, backup software, full-backup size, daily change rate, and retention schedule. Estimate media demand using measured compression and growth. Include spare cartridges for failed media, emergency restores, ad-hoc archives, and periodic testing.
02 / MATCH — Compatibility & Environmental Requirements
Confirm LTO-9 compatibility with the exact drive and library firmware. Review the vendor support matrix for the backup application. Ensure storage and transport conditions are appropriate for magnetic tape and that the organization has secure physical storage for exported cartridges.
03 / TERMS — Availability, Delivery & Warranty Terms
Ask for current UAE availability, lead time, pack format, warranty handling, labeling options, delivery location, and quantity-based commercial terms. Large projects may benefit from library packs or project ordering rather than purchasing single cartridges individually.
04 / REQUEST — Quote Preparation Data Needed
Provide Q2079A as the required part number, quantity, existing tape library or drive model, whether barcode labeling is required, delivery emirate or export destination, target delivery date, and whether the project includes drives, cleaning cartridges, library expansion, or backup software.
UAE Regional Availability & Service Ecosystem
FourTeck supports enterprise and commercial procurement across the UAE with quotation coordination, specification validation, quantity planning, and logistics assistance. Current stock position, project lead time, pack format, and warranty terms should be confirmed at quotation stage because enterprise media availability can vary with project volume and regional distribution schedules.
K1. Dubai Supply & Logistics Support
Dubai customers can request Q2079A for data centers, free-zone facilities, corporate IT departments, managed service providers, system integrators, and backup-infrastructure projects. FourTeck can coordinate quantity validation, compatibility checks, delivery planning, and staging guidance for tape-library rollouts. Buyers should identify the destination, required date, and whether the media must be delivered as individual cartridges or as part of a larger backup project.
K2. Abu Dhabi & Al Ain Logistics Reach
Organizations in Abu Dhabi and Al Ain can source HPE LTO-9 media for government, industrial, energy, education, healthcare, and corporate environments. FourTeck can assist with quotation routing, model validation, and delivery coordination. For regulated projects, buyers should include labeling, retention, encryption, and custody requirements so that the commercial request aligns with operational policy.
K3. Sharjah & Northern Emirates Logistics Infrastructure
Sharjah and Northern Emirates customers can request project pricing and delivery coordination for backup-media refreshes, library expansions, new LTO deployments, and long-term archive programs. Compatibility checks are particularly useful when mixed-generation tape environments are in use, because drive and media support rules can affect how existing cartridges are migrated.
K4. Ajman & Surrounding Emirates Logistics Coverage
Ajman businesses can obtain sourcing support, quantity guidance, and technical pre-sales assistance for HPE Q2079A. FourTeck can also help identify complementary requirements such as cleaning cartridges, compatible drives, backup software considerations, and tape-library capacity where the purchase forms part of a broader infrastructure project.
GCC & Pan-African Supply Chain Reach
FourTeck can support regional technology procurement beyond the UAE through coordinated quotations, export documentation support, logistics planning, and project-level sourcing. Cross-border availability, customs procedures, taxes, lead times, and warranty handling vary by destination, so buyers should provide the end country and project schedule at the earliest stage.
L1. Saudi Arabia (KSA) Export & Supply Support
Saudi organizations, integrators, and project teams can request configuration validation and export quotation support for HPE LTO-9 media. Large deployments should include the target library model, quantity, labeling requirement, and delivery city so that shipping and project packaging can be planned correctly.
L2. Qatar Market Supply Reach
Qatar buyers can request cross-border sourcing and project quotation support for Q2079A as part of backup, archive, or cyber-recovery initiatives. Documentation, logistics, delivery schedule, and quantity should be aligned before dispatch.
L3. Oman Regional Distribution Support
Organizations in Oman can obtain procurement guidance for HPE tape media, including part-number validation, quantity planning, and coordination around compatible LTO-9 drives or libraries. Export and delivery conditions are confirmed per project.
L4. Kuwait Supply Chain Coverage
Kuwait customers can request project quote assistance and export coordination for HPE Q2079A through FourTeck Kuwait. Provide the media quantity, target delivery date, and backup platform details for accurate planning.
L5. Kenya & East Africa Supply Infrastructure
System integrators, service providers, and enterprise buyers in Kenya can request regional distribution support and technical inquiry routing through FourTeck Kenya. Tape-library projects should identify any pre-labeling, pack format, or associated hardware requirements.
L6. Uganda Regional Procurement Support
Uganda customers can use FourTeck Uganda for localized project inquiries, technology sourcing, and delivery coordination. Quotation accuracy improves when the request includes the installed drive generation and expected retention workload.
L7. Pan-African Regional Logistics & Trade Reach
For multi-country African projects, FourTeck can coordinate technology sourcing, trade documentation, and consolidated or destination-specific quotations through FourTeck Africa and FourTeck Global. Availability and commercial terms remain destination and project dependent.
Related FourTeck Products & Compatible Alternatives
| Product | When to Consider It |
|---|---|
| HPE Q2079W LTO-9 Ultrium WORM Data Cartridge | Select a WORM variant when retention policy requires data to be written once and not overwritten through normal tape operations. Confirm regulatory and application requirements before choosing WORM. |
| HPE Q2080A LTO-10 Ultrium 75TB RW Data Cartridge | Consider LTO-10 when deploying compatible newer-generation drives and when higher capacity is required. Do not assume an LTO-9 drive can write LTO-10 media. |
| HPE LTO-9 Cleaning Cartridge | Needed for drive-cleaning procedures where supported and indicated by the library or drive. Cleaning media is operationally separate from data cartridges. |
| HPE StoreEver LTO-9 Tape Drives | Appropriate when an organization needs to add or replace an LTO-9 drive. Drive form factor, interface, host compatibility, and software support must be checked. |
| HPE StoreEver Tape Libraries | Use an automated library when cartridge count, backup frequency, robotic handling, or restore operations justify centralized tape automation. |
Alternative selection should be driven by the installed drive generation, archive policy, required capacity, write-once requirements, automation scale, and future migration plan. A higher-generation cartridge is not an upgrade by itself unless the surrounding drive and library infrastructure supports it. Likewise, WORM media should be selected because policy requires non-rewritable behavior, not simply because it appears more secure. FourTeck can quote related HPE media, compatible tape hardware, cleaning supplies, and library accessories as a consolidated project.
Why Enterprises Choose FourTeck
Enterprise backup procurement often involves more than ordering a part number. FourTeck supports buyers with pre-sales validation around model identification, quantity sizing, tape generation, library compatibility, delivery planning, and project scope. This is particularly useful when an organization is expanding an existing tape library, refreshing older media, moving to a newer LTO generation, or building a cyber-recovery archive.
Commercial support can include quotation coordination for project quantities, guidance on individual cartridges versus multi-cartridge packaging, destination planning across the UAE and selected export markets, and alignment with related hardware such as tape drives, libraries, cleaning media, and backup infrastructure. Availability and lead times are confirmed against the current supply situation rather than assumed.
Post-sales warranty handling depends on vendor policy and the commercial terms of the order. Buyers should preserve procurement records, handle media according to vendor guidance, and document any operational issues clearly. For mission-critical environments, maintaining spare cartridges and performing regular restore tests are recommended operational practices regardless of the warranty period.
Frequently Asked Questions
1. What is the capacity of the HPE Q2079A cartridge?
HPE specifies up to 45 TB compressed capacity for Q2079A using a 2.5:1 compression assumption. Actual stored data depends on how compressible the workload is. Already-compressed video, encrypted files, compressed backup containers, and some database formats may achieve much less than the nominal compressed figure, so capacity planning should use measured backup data where possible.
2. Is Q2079A rewritable or WORM?
Q2079A is a rewritable LTO-9 Ultrium cartridge. It can be reused according to the backup application and retention policy. If your compliance requirement calls for write-once-read-many behavior, ask for the corresponding LTO-9 WORM media rather than Q2079A and confirm that the backup workflow supports the required retention model.
3. Can Q2079A be used in any tape drive?
No. The tape drive and library must support LTO-9 media. Compatibility also depends on the exact drive generation, firmware, library, backup application, and interface. Before ordering, provide the tape drive or library model so the media generation can be validated against the installed environment.
4. Does the cartridge itself provide encryption?
Encryption capability is provided through compatible LTO drives and the surrounding backup or key-management software, not simply by inserting the cartridge. If encrypted backups are required, ensure that the drive, library, backup application, and key-management process are configured correctly and that keys can be recovered throughout the retention period.
5. How long can data be archived on Q2079A?
HPE lists an archival life of up to 30 years under appropriate storage conditions. Long-term retention should still include controlled temperature and humidity, secure handling, media inventory, periodic readability testing, protection of encryption keys, and a migration plan so data can be moved to newer tape generations before legacy drives become unavailable.
6. Is tape suitable for ransomware protection?
Tape can strengthen ransomware resilience when cartridges are exported from the library and physically separated from the online environment. That offline copy is less exposed to network-based attacks. Tape should be one layer in a broader recovery design that also includes tested backups, access control, multiple copies, and documented restore procedures.
7. What is the performance of Q2079A?
HPE publishes up to 1,000 MB/s media read speed when the cartridge is used with full-height drives and assuming 2.5:1 compression. Real backup and restore performance depends on the drive, data source, network or SAN path, backup software, compression, file mix, server resources, and whether the drive can remain continuously streaming.
8. Does Q2079A come with barcode labels?
HPE notes that user write-on labels are no longer included with current LTO Ultrium cartridges. Automated libraries typically use barcode labels, so buyers should plan labeling in advance. For larger deployments, ask FourTeck about available library-pack or custom-label options that may simplify rollout and inventory control.
9. Can FourTeck supply Q2079A outside Dubai?
FourTeck can coordinate quotations and logistics for customers across the UAE and selected GCC and African markets. Exact availability, export documentation, freight, customs requirements, warranty handling, and lead time depend on the destination and project quantity. Include the delivery country and city when requesting a quote.
10. What information should I send for a quotation?
Provide the HPE part number Q2079A, required quantity, delivery location, target date, tape drive or library model, backup software if known, barcode-label requirement, and whether the request includes cleaning media, drives, libraries, or other backup infrastructure. These details help validate compatibility and produce a more accurate commercial proposal.
Request a Dubai / UAE Procurement Quote
For HPE Q2079A LTO-9 Ultrium 45TB RW Data Cartridge supply, send FourTeck your required quantity, existing tape drive or library model, delivery location, and required deployment date. If the project involves a new tape environment, also include backup capacity, retention period, expected data growth, barcode requirements, and whether you need drives, libraries, cleaning cartridges, or related infrastructure.
