Backup and Storage Servers
High-capacity storage and HCI servers with catalogue capacities listed from 192 TB to 864 TB. Disaster recovery, immutability, archive and retention scope are designed for the selected plan and quote.
Plans
Billing period, discount and delivery model are stated on each plan card.
- AMD EPYC 4345P (8c/16t)
- 32-256 GB DDR5 ECC
- 192 TB catalogue capacity listed in the product record
- Drive count and usable capacity confirmed at checkout
- RAID-Z2 listed; snapshot policy plan-based
- Capacity candidate for SMB backup
- 1-5 Gbps public + 25 Gbps private
- Dual Xeon 6527P (48c/96t)
- 256 GB - 3 TB DDR5 ECC
- 12× 15.36 TB NVMe = 184 TB all-flash
- IOPS/restore testing for VM backup
- Veeam / Proxmox fit verified by compatibility test
- 10-25 Gbps public + 50 Gbps private
- Intel Xeon Gold 6554S (36c/72t)
- 128-768 GB DDR5 ECC
- 36× 22 TB HDD + 2× NVMe cache
- 792 TB raw · enterprise archive
- RAID-Z3 + L2ARC cache
- Capacity candidate for 5-10-year archives
- Dual EPYC 9355 (64c/128t)
- 256 GB - 3 TB DDR5 ECC
- 24× 15.36 TB NVMe = 368 TB all-flash
- Immutable snapshot · restore testing recommended
- Air-gapped option listed; topology in the quote
- VM-cluster fit verified through restore testing
- AMD EPYC 9355 (32c · 3.55/4.4 GHz)
- 256 GB - 1 TB DDR5 ECC
- 36× 24 TB HDD = 864 TB raw
- High-density HDD archive
- Capacity candidate for 5-10-year archives
- RAID-Z3 layout; usable capacity at checkout
Why does backup matter?
Data loss can result from hardware failure, ransomware, user error or physical events. The 3-2-1 approach recommends three copies on two media with one copy off-site. An AIOR Backup server contributes to the relevant part of that design only when a location and medium separate from production are selected.
Storage vs HCI — which one?
**STOR (Storage Optimized):** HDD-oriented options listed from 192-864 TB in the catalogue. They may fit cold storage, video archives and server images; usable capacity, RAID overhead, rebuild time and actual cost per TB are calculated after validating the disk layout.
**HCI (Hyper-Converged Infrastructure):** The listed all-flash options use 12 or 24 15.36 TB NVMe devices. They are candidates for VM backup and fast restore; IOPS, latency, RAID/mirror layout, immutable policy and tool compatibility are verified with representative restore tests.
Use cases
**1) Disaster recovery (DR):** Eligible cPanel, VPS or dedicated workloads can use planned replication to a separate failure domain. Frequency, data-centre separation, encryption, RPO/RTO and recoverability are verified through testing; a second copy alone is not a continuity guarantee.
**2) Ransomware Resilience:** Separate credentials, access controls and a suitable immutable-snapshot policy reduce the risk of backup alteration. Recoverability is verified through regular restore tests.
**3) Video / Media Archive:** STOR options are capacity candidates for large video, podcast and photo archives. Actual cost per TB is calculated in the quote from usable capacity, RAID overhead, traffic and management fees.
**4) Retention policy:** Retention periods must be determined from the data type, processing purpose, contract and applicable law. A backup plan does not make that decision by itself; capacity, deletion, access and restore rules are configured against a documented policy.
**5) Database / VM backup:** Compatibility with tools such as Veeam, Acronis, Proxmox Backup Server, BorgBackup, Restic, Bacula or rsync is confirmed against the selected operating system, protocol and licence. SSH, NFS, SMB or S3-compatible endpoints are provided only when included in the quote.
What's included with AIOR?
Operating system, storage layout, backup tooling, access security, immutability and monitoring scope are planned against the selected hardware and quote. Setup fees and management responsibilities are disclosed before ordering.
Plan Comparison
| Feature | Advance-STOR Entry (192 TB) | HGR-HCI Storage (184 TB NVMe) | HGR-STOR Pro (792 TB) | HGR-HCI Enterprise (368 TB NVMe) | HGR-STOR Max (864 TB) |
|---|---|---|---|---|---|
| CPU & RAM | |||||
| CPU | EPYC 4345P | Dual Xeon 6527P | Xeon Gold 6554S | Dual EPYC 9355 | EPYC 9355 |
| Core/Thread | 8c/16t | 48c/96t | 36c/72t | 64c/128t | 32c |
| RAM (ECC) | 32-256 GB | 256GB-3TB | 128-768 GB | 256GB-3TB | 256GB-1TB |
| Storage | |||||
| Disk config | At checkout | 12× 15.36 TB NVMe | 36× 22 TB HDD | 24× 15.36 TB NVMe | 36× 24 TB HDD |
| Listed capacity | 192 TB | 184 TB | 792 TB | 368 TB | 864 TB |
| Media type | HDD | NVMe all-flash | HDD + NVMe cache | NVMe all-flash | HDD |
| Network | |||||
| Public bandwidth | 1-5 Gbps | 10-25 Gbps | 1-25 Gbps | 10-25 Gbps | 10-25 Gbps |
| Private (vRack) | 25 Gbps | 50 Gbps | 50 Gbps | 50 Gbps | 50 Gbps |
| Backup Stack | |||||
| RAID level | RAID-Z2 | At checkout | RAID-Z3 + L2ARC | At checkout | RAID-Z3 |
| Immutable snapshot | At checkout | At checkout | At checkout | At checkout | |
| Veeam / Proxmox Backup | Compatibility test | Compatibility test | Compatibility test | Compatibility test | Compatibility test |
| S3-compatible (MinIO) | At checkout | At checkout | At checkout | At checkout | At checkout |
Frequently Asked Questions
What is the 3-2-1 backup rule?
How safe am I from ransomware?
Is Veeam Backup compatible?
Can I install Proxmox Backup Server?
Which plan should I choose?
Can I auto-backup from my other AIOR servers?
Ready to get started?
Requests accepted 24/7 · standard support Mon–Fri 09:00–18:00 · critical on-call only under the applicable product or written SLA