Products / HYPER Echo
 

HYPER Echo

So powerful you can hear its Echo!

HYPER Echo is a dedicate hyperconverged platform for secondary data management with an advanced Data Protection system based on machine-learning algorithms and immutable, instant Recovery Points for protecting and restarting VMware infrastructures.

 

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What is HYPER Echo?

HYPER Echo Benefits

HYPER Echo Features

HYPER Echo Appliances

What is HYPER Echo?

HYPER Echo is a range of hardware appliances specifically designed for secondary data management scenarios. Combined with SynetoOS, an advanced enterprise operating system, it creates a complete platform (hardware + software) for the management of secondary data workloads.

It uses a hyperconverged approach to provide Copy Data Management, Data Protection and Disaster recovery services for primary infrastructures running the VMware hypervisor.

Dedicated Hardware

HYPER Echo appliance feature powerful compute resources and large amounts of RAM memory for local VM recovery. This is combined with flexible hybrid and all-flash storage options as well as NVMe-based caching for quick data ingestion.

Integrated Hypervisor

As a hyperconverged solution, HYPER Echo includes a built-in hypervisor (VMware) which the operating system uses in conjunction with the filesystem in order to provide local, instant VM recovery capabilities.

SynetoOS

HYPER Echo uses the latest version of SynetoOS, a dedicated enterprise operating system specifically designed for on-site hyperconverged deployments. It unifies a host of powerful technologies and services inside a single, easy to user management interface.

Discover HYPER Echo

See how HYPER Echo is built to provide complete data protection and management for secondary workloads.

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Echo Data Management

HYPER Echo innovates secondary data management and goes far beyond the capabilities of traditional data protection solution. To achieve this we applied our guiding principles - Simplify, Accelerate, Protect - in order to create new methodology, called Echo Data Management. It focuses on delivering 3 key aspects of secondary data management:

1. Data Oversight

Simple and unified management of all services in a single UI.

2. Data Resiliency

Maximum data security with the Zero-trust concept.

3. Data Restore

Instant, predictable, and simple to perform recovery.

Immutable Recovery Points (RP)

SynetoOS running on HYPER Echo provides a near-infinite number of restore points that allow any data entity (VM, file share, etc) to be rolled back to any point in the past… instantly.

RPs also allow creation of 0-copy Clone for Test & Dev.

Hidden Physical Storage

Physical storage is hidden, therefore invisible to any malicious software or hacker attack, even if the network has been penetrated.

As opposed to traditional data protection where backups and their storages are always available on the net.

Logical Air Gap

To provide the highest level of data protection, SynetoOS creates a logical separation between storage and applications. A compromised application cannot in any way affect the data.

Unlike traditional “tapes” that are placed in a safety deposit box.

Independent RP Chain

Compared to traditional backups, SynetoOS Recovery Points (RPs) are always incremental and independent.

This means that unlike traditional backups they do not need consolidation (famous full backup).

Single UI Data Management

Being a hyperconverged platform, HYPER Echo unifies all secondary data management, their processes and lifecycle in a single modern and very simple to use interface.

In traditional infrastructures, the IT Manager must manage each component separately.

Machine Learning SLA Policies

In SynetoOS, the user does not have to set backups manually, choosing frequency, date and time. You only need to specify the level of protection you want.

The on-board ML manages all processes and reports the results obtained and any suggestions to the user.

HYPER Echo G2 Appliances

A new and revolutionary hardware architecture specifically developed for the challenges of secondary data management. HYPER Echo appliances ship pre-configured and can easily scale both horizontally (compute) and vertically (storage). The appliances ship with software pre-installed and can be deployed straight out of the box.

HYPER Echo G2 (Hybrid) NEW

HYPER Echo, hyperconverged secondary data management hardware platform with hybrid storage configuration.

FULL SPECIFICATIONS
DOWNLOAD DATA SHEET

 HYPER Echo G2 (All-flash) NEW

HYPER Echo, hyperconverged secondary data management hardware platform with all-flash storage configuration.

FULL SPECIFICATIONS
DOWNLOAD DATA SHEET

HYPER Echo Resources

Get up to date with everything there is to know about the Syneto HYPER Echo platform with the latest resources available.

HYPER Echo G2

Type: Data Sheet

File format: PDF Document

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Cyber Vaulting

Type: Solution Brief

File format: PDF Document

DOWNLOAD
 
 
 

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HYPER Core 3000 H/H2/AF G4

Technical Specifications

HYPER Core Front View HYPER Core Back View
Use Case Mid-size to Large Private Clouds, CPU & Storage Demanding Applications, BC-DR, File Storage.
Compute Options Highest Frequency
Dual Intel® CPU
Xeon® 4th Gen.
Gold 5420+
28 Cores
Base: 2.00 GHz
(Turbo: 4.10 GHz)		 Max. Cores
Dual Intel® CPU
Xeon® 4th Gen.
Gold 6430
32 Cores
Base: 2.10 GHz
(Turbo: 3.40 GHz)		 Balanced
Dual Intel® CPU
Xeon® 4th Gen.
Gold 5418Y
24 Cores
Base: 2.00 GHz
(Turbo: 3.80 GHz)		 Entry Level
Dual Intel® CPU
Xeon® 4th Gen.
Gold 5416S
16 Cores
Base: 2.00 GHz
(Turbo: 4.00 GHz)		 Lowest Price
Dual Intel® CPU
Xeon® 4th Gen.
Silver 4410Y
12 Cores
Base: 2.00 GHz
(Turbo: 3.90 GHz)
Storage Options Hybrid
12x HDDs
8 to 12 TB 		Hybrid2
6x HDDs + 6x SSDs
8 to 12 TB HDD + 1.92, 3.84 or 7.68 TB SSD 		All-flash
6 or 12x SSDs
3.84 to 7.68 TB
Net Capacity * Hybrid: 43.2 to 64.8 TB Hybrid2: 21.6 to 32.4 TB + 5.18 to 20.73 TB All-flash: 10.36 to 41.47 TB
Effective Capacity ** Hybrid: 64.8 to 97.2 TB Hybrid2: 32.4 to 48.6 TB + 7.77 to 31.10 TB All-flash: 15.6 to 62.2 TB
OS Drives Hybrid/Hybrid2:2x SSDs [480 GB] All-flash:2x SSDs [240 GB]
Hypervisor Drive 1x NVMe [512 GB]
RAM Options 128 GB up to 2048 GB DDR5 @ 4800 Mbps
Expandability Up to 2x Syneto Expansion Shelves (JBODs) with Add-on Controller Card
Chassis 2U, rack-mountable, 12 Bays 3.5”
Connectivity 2x 10 GbE RJ45 (autosense) + 1x 1 GbE RJ45 (IPMI)
Add-on*** Up to 2x Dual-Port 10 or 25 GbE, SFP+ or BASE-T (RJ45)
Power 2 x 920 W (redundant, hot-swap), 100-240 V, 50-60 Hz
Dimensions H: 89 mm, W: 437 mm, D: 647 mm, W: ~25 kg
Cooling 3000 BTU/hour (maximum)
Temp. & Humidity 5°C - 35°C (50°F - 95°F) | 8% - 90% (non-condensing)

*The net capacity gives you a realistic estimate by factoring the capacity reduction caused by vendors reporting disk sizes in decimal units (1KB = 1000 bytes), while OS uses binary units (1KB = 1024 bytes) plus space reserved by the file system for internal service processes.

**Effective Capacity: calculated using a conservative 1.5x compression ratio. Effective capacity varies depending on types of data stored.

*** With 2x PCIe expansion slots, there are several possible add-on configurations: 1x Network Card + 1x JBOD Controller, 2x Network Cards or 2x JBOD Controllers.

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HYPER Core 2000 AF G4

Technical Specifications

HYPER Core Front View HYPER Core Back View
Use Case Performance-intensive Virtualized Applications and Databases
Compute Options Highest Frequency
Single Intel® CPU
Xeon® 4th Gen.
Gold 5420+
28 Cores
Base: 2.00 GHz
(Turbo: 4.10 GHz)		 Max. Cores
Single Intel® CPU
Xeon® 4th Gen.
Gold 6430
32 Cores
Base: 2.10 GHz
(Turbo: 3.40 GHz)		 Balanced
Single Intel® CPU
Xeon® 4th Gen.
Gold 5418Y
24 Cores
Base: 2.00 GHz
(Turbo: 3.80 GHz)		 Entry Level
Single Intel® CPU
Xeon® 4th Gen.
Gold 5416S
16 Cores
Base: 2.00 GHz
(Turbo: 4.00 GHz)		 Lowest Price
Single Intel® CPU
Xeon® 4th Gen.
Silver 4410Y
12 Cores
Base: 2.00 GHz
(Turbo: 3.90 GHz)
Storage Options All-flash
4x SSDs 8x SSDs
1.92, 3.84 or 7.68 TB
Net Capacity * With 4x SSDs 3.45 to 13.82 TB With 8x SSDs 5.18 to 20.73 TB
Effective Capacity ** With 4x SSDs: 5.18 to 20.73 TB With 8x SSDs: 10.36 to 41.47 TB
OS Drives All-flash:2x SSDs [240 GB]
Hypervisor Drive 1x NVMe [512 GB]
RAM Options 128 GB up to 1024 GB DDR5 @ 4800 Mbps
Expandability Up to 2x Syneto Expansion Shelves (JBODs) with Add-on Controller Card
Chassis 1U, rack-mountable, 10 Bays 2.5”
Connectivity 2x 10 GbE RJ45 (autosense) + 1x 1 GbE RJ45 (IPMI)
Add-on*** Up to 2x Dual-Port 10 or 25 GbE, SFP+ or BASE-T (RJ45)
Power 2 x 860 W (redundant, hot-swap), 100-240 V, 50-60 Hz
Dimensions H: 43 mm, W: 437 mm, D: 597 mm, W: ~20 kg
Cooling 2000 BTU/hour (maximum)
Temp. & Humidity 5°C - 35°C (50°F - 95°F) | 8% - 90% (non-condensing)

* The net capacity gives you a realistic estimate by factoring the capacity reduction caused by vendors reporting disk sizes in decimal units (1KB = 1000 bytes), while OS uses binary units (1KB = 1024 bytes) plus space reserved by the file system for internal service processes.

** Effective Capacity: calculated using a conservative 1.5x compression ratio. Effective capacity varies depending on types of data stored.

*** With 2x PCIe expansion slots, there are several possible add-on configurations: 1x Network Card + 1x JBOD Controller, 2x Network Cards or 2x JBOD Controllers.

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HYPER Core 2000 H/H2 G4

Technical Specifications

HYPER Core Front View HYPER Core Back View
Use Case Small business environments and remote or branch offices (ROBO).
Compute Options Highest Frequency
Single Intel® CPU
Xeon® 3rd Gen.
Gold 5320+
20 Cores
Base: 2.40 GHz
(Turbo: 4.20 GHz)		 Max. Cores
Single Intel® CPU
Xeon® 3rd Gen.
Gold 5320
26 Cores
Base: 2.20 GHz
(Turbo: 3.40 GHz)		 Balanced
Single Intel® CPU
Xeon® 3rd Gen.
Gold 4316
20 Cores
Base: 2.30 GHz
(Turbo: 3.40 GHz)		 Entry Level
Single Intel® CPU
Xeon® 3rd Gen.
Gold 4314
16 Cores
Base: 2.40 GHz
(Turbo: 3.40 GHz)		 Lowest Price
Single Intel® CPU
Xeon® 3rd Gen.
Silver 4310
12 Cores
Base: 2.10 GHz
(Turbo: 3.30 GHz)
Storage Options Hybrid
4x HDDs
8 or 12 TB 		Hybrid2
2x HDDs + 2x SSDs
8 or 12 TB HDDs + 1.92, 3.84 or 7.68 TB SSDs
Net Capacity * Hybrid: 14.4 to 21.6 TB Hybrid2: 7.2 to 10.8 TB + 1.72 to 6.91 TB
Effective Capacity ** Hybrid: 21.6 to 32.4 TB Hybrid2: 10.8 to 16.2 TB + 2.58 to 10.36 TB
OS Drives Hybrid/Hybrid2:2x SSDs [480 GB]
Hypervisor Drive 1x NVMe [512 GB]
RAM Options 128 GB up to 512 GB DDR4 @ 3200 Mbps
Expandability Up to 2x Syneto Expansion Shelves (JBODs) with Add-on Controller Card
Chassis 1U, rack-mountable, 4 Bays 3.5” + 2 Bays 2.5” for OS
Connectivity 2x 10 GbE RJ45 (autosense) + 1x 1 GbE RJ45 (IPMI)
Add-on*** Up to 2x Dual-Port 10 or 25 GbE, SFP+ or BASE-T (RJ45)
Power 2 x 500 W (redundant, hot-swap), 100-240 V, 50-60 Hz
Dimensions H: 43 mm, W: 437 mm, D: 650 mm, W: ~20 kg
Cooling 1500 BTU/hour (maximum)
Temp. & Humidity 5°C - 35°C (50°F - 95°F) | 8% - 90% (non-condensing)

* The net capacity gives you a realistic estimate by factoring the capacity reduction caused by vendors reporting disk sizes in decimal units (1KB = 1000 bytes), while OS uses binary units (1KB = 1024 bytes) plus space reserved by the file system for internal service processes.

** Effective Capacity: calculated using a conservative 1.5x compression ratio. Effective capacity varies depending on types of data stored.

*** With 2x PCIe expansion slots, there are several possible add-on configurations: 1x Network Card + 1x JBOD Controller, 2x Network Cards or 2x JBOD Controllers.

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HYPER Echo Hybrid/All-flash G2

Technical Specifications

HYPER Echo Front View HYPER Echo Back View
Use Case Cyber Vaulting, Data Protection, Disaster Recovery, Test & Development Environments.
Compute Options Highest Frequency
Dual Intel® CPU
Xeon® 4th Gen.
Gold 5420+
28 Cores
Base: 2.00 GHz
(Turbo: 4.10 GHz)		 Max. Cores
Dual Intel® CPU
Xeon® 4th Gen.
Gold 6430
32 Cores
Base: 2.10 GHz
(Turbo: 3.40 GHz)		 Balanced
Dual Intel® CPU
Xeon® 4th Gen.
Gold 5418Y
24 Cores
Base: 2.00 GHz
(Turbo: 3.80 GHz)		 Entry Level
Dual Intel® CPU
Xeon® 4th Gen.
Gold 5416S
16 Cores
Base: 2.00 GHz
(Turbo: 4.00 GHz)		 Lowest Price
Dual Intel® CPU
Xeon® 4th Gen.
Silver 4410Y
12 Cores
Base: 2.00 GHz
(Turbo: 3.90 GHz)
Storage Options Hybrid
10x HDDs
12 TB 		All-flash
6 or 10x SSDs
3.84, 7,68 or 15.36 TB
Net Capacity * Hybrid: 56.4 TB All-flash: 10.8 to 72.2 TB
Effective Capacity ** Hybrid: 84.6 TB All-flash: 16.2 to 108.3
Deduplication Devices 2x NVMe [3.84 TB] (metadata offload)
OS Drives Hybrid:2x SSDs [480 GB] All-flash:2x SSDs [240 GB]
Hypervisor Drive 1x NVMe [512 GB]
RAM Options 128 GB up to 2048 GB DDR5 @ 4800 Mbps
Expandability Up to 2x Syneto Expansion Shelves (JBODs) with Add-on Controller Card
Chassis 2U, rack-mountable, 12 Bays 3.5” + 2 Bays 2.5” for OS
Connectivity 2x 10 GbE RJ45 (autosense) + 1x 1 GbE RJ45 (IPMI)
Add-on*** Up to 2x Dual-Port 10 or 25 GbE, SFP+ or BASE-T (RJ45)
Power 2 x 920 W (redundant, hot-swap), 100-240 V, 50-60 Hz
Dimensions H: 89 mm, W: 437 mm, D: 647 mm, W: ~25 kg
Cooling 3000 BTU/hour (maximum)
Temp. & Humidity 5°C - 35°C (50°F - 95°F) | 8% - 90% (non-condensing)

*The net capacity gives you a realistic estimate by factoring the capacity reduction caused by vendors reporting disk sizes in decimal units (1KB = 1000 bytes), while OS uses binary units (1KB = 1024 bytes) plus space reserved by the file system for internal service processes.

**Effective Capacity: calculated using a conservative 1.5x compression ratio. Effective capacity varies depending on types of data stored.

*** With 2x PCIe expansion slots, there are several possible add-on configurations: 1x Network Card + 1x JBOD Controller, 2x Network Cards or 2x JBOD Controllers.

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HYPER Core 1000 AF G5

Technical Specifications

HYPER Core Front View HYPER Core Back View
Use Case Small business environments and remote or branch offices (ROBO).
Compute Options Single AMD® CPU
CPU Name AMD 7303P
No. of Cores 16 Cores
Clock Base: 2.40 GHz (Turbo: 3.40 GHz)
Storage Options All-flash
Number of drives 2x SSDs 4x SSDs
Disk Size 1.92 or 3.84 TB
Net Capacity * With 2x SSDs: 1.72 to 3.45 TB With 4x SSDs: 3.45 to 6.91 TB
Effective Capacity ** With 2x SSDs: 2.58 to 5.17 TB With 4x SSDs: 5.17 to 10.36 TB
OS Drives 1x NVMe [512 GB] (Shared with the Hypervisor)
Hypervisor Drive 1x NVMe [512 GB] (Shared with SynetoOS)
RAM Options 128 GB up to 256 GB DDR4 @ 3200 Mbps (32 GB reserved for adaptive in-memory data cache)
Expandability Up to 1x Add-on NIC. No JBOD expandability.
Chassis 1U, rack-mountable, 4 Bays 3.5”
Connectivity 2x 1 GbE RJ45 (autosense) + 1x 1 GbE RJ45 (IPMI)
Add-on 1x Dual-Port 10 GbE, SFP+ or BASE-T (RJ45) or
1x Quad-Port 10 GbE BASE-T (RJ45) or
1x Quad-Port 1 GbE BASE-T (RJ45).
Power 2 x 400 W (redundant, hot-swap), 100-240 V, 50-60 Hz
Dimensions H: 43 mm, W: 437 mm, D: 507 mm, W: ~18 kg
Cooling 1500 BTU/hour (maximum)
Temp. & Humidity 5°C - 35°C (50°F - 95°F) | 8% - 90% (non-condensing)

* The net capacity gives you a realistic estimate by factoring the capacity reduction caused by vendors reporting disk sizes in decimal units (1KB = 1000 bytes), while OS uses binary units (1KB = 1024 bytes) plus space reserved by the file system for internal service processes.

** Effective Capacity: calculated using a conservative 1.5x compression ratio. Effective capacity varies depending on types of data stored.

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HYPER Core 1000T AF G5

Technical Specifications

HYPER Core Front View HYPER Core Back View
Use Case Small business environments and remote or branch offices (ROBO).
Compute Options Single AMD® CPU
CPU Name AMD 7303P
No. of Cores 16 Cores
Clock Base: 2.40 GHz (Turbo: 3.40 GHz)
Storage Options All-flash
Number of drives 2x SSDs 4x SSDs
Disk Size 1.92 or 3.84 TB
Net Capacity * With 2x SSDs: 1.72 to 3.45 TB With 4x SSDs: 3.45 to 6.91 TB
Effective Capacity ** With 2x SSDs: 2.58 to 5.17 TB With 4x SSDs: 5.17 to 10.36 TB
OS Drives 1x NVMe [512 GB] (Shared with the Hypervisor)
Hypervisor Drive 1x NVMe [512 GB] (Shared with SynetoOS)
RAM Options 128 GB up to 256 GB DDR4 @ 3200 Mbps (32 GB reserved for adaptive in-memory data cache)
Expandability Up to 3x Add-on NIC. No JBOD expandability.
Chassis Tower, 4 Bays 3.5”
Connectivity 2x 1 GbE RJ45 (autosense) + 1x 1 GbE RJ45 (IPMI)
Add-on Up to 3 add-on cards:
Dual-Port 10 GbE, SFP+ or BASE-T (RJ45) or
Quad-Port 10 GbE, BASE-T (RJ45) or
Quad-Port 1 GbE, BASE-T (RJ45).
Power Dual, 700 W (reduntant, hot-swap), 100-240 V, 50-60 Hz or
Dual, 5000 W (redundant, hot-swap), 100-240 V, 50-60 Hz
Noise Level Silent (< 30 dB)
Dimensions H: 426 mm, W: 178 mm, D: 531 mm, W: ~18 kg
Cooling 1500 BTU/hour (maximum)
Temp. & Humidity 5°C - 35°C (50°F - 95°F) | 8% - 90% (non-condensing)

* The net capacity gives you a realistic estimate by factoring the capacity reduction caused by vendors reporting disk sizes in decimal units (1KB = 1000 bytes), while OS uses binary units (1KB = 1024 bytes) plus space reserved by the file system for internal service processes.

** Effective Capacity: calculated using a conservative 1.5x compression ratio. Effective capacity varies depending on types of data stored.

HYPER Core Side View
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HYPER Core 2000T H/H2/AF G5

Technical Specifications

HYPER Core Front View HYPER Core Back View
Use Case Small Private Clouds, Virtualized Applications and Databases, ROBO, Data Protection.
Compute Options Max. Frequency Max. Cores Balanced Entry Level Lowest Price
Number of CPUs Single Intel® CPU Single Intel® CPU Single Intel® CPU Single Intel® CPU Single Intel® CPU
CPU Name Xeon®
Gold 5320H		 Xeon®
Gold 5320		 Xeon®
Gold 4316H		 Xeon®
Gold 4314H		 Xeon®
Gold 4310H
No. of Cores Xeon®
20 Cores		 Xeon®
26 Cores		 Xeon®
20 Cores		 Xeon®
16 Cores		 Xeon®
12 Cores
Clock Base: 2.40 GHz
(Turbo: 4.20 GHz)		 Base: 2.20 GHz
(Turbo: 3.40 GHz)		 Base: 2.30 GHz
(Turbo: 3.40 GHz)		 Base: 2.40 GHz
(Turbo: 3.40 GHz)		 Base: 2.10 GHz
(Turbo: 3.30 GHz)
Compute Options Max. Frequency
Single Intel® CPU
Xeon®
Gold 5320H
20 Cores
Base: 2.40 GHz
(Turbo: 4.20 GHz)		 Max. Cores
Single Intel® CPU
Xeon®
Gold 5320
26 Cores
Base: 2.20 GHz
(Turbo: 3.40 GHz)		 Balanced
Single Intel® CPU
Xeon®
Silver 4316
20 Cores
Base: 2.30 GHz
(Turbo: 3.40 GHz)		 Entry Level
Single Intel® CPU
Xeon®
Silver 4314
16 Cores
Base: 2.40 GHz
(Turbo: 3.40 GHz)		 Lowest Price
Single Intel® CPU
Xeon®
Silver 4310
12 Cores
Base: 2.10 GHz
(Turbo: 3.30 GHz)
Storage Options Hybrid
4x HDDs
8 to 12 TB 		Hybrid2
2x HDDs + 2x SSDs
8 to 12 TB HDD + 1.92, 3.84 or 7.68 TB SSD 		All-flash
2 or 4x SSDs
1.92,3.84 to 7.68 TB
Net Capacity * Hybrid: 14.4 to 21.6 TB Hybrid2: 7.2 to 10.8 TB + 1.72 to 6.91 TB All-flash: 3.45 to 27.64 TB
Effective Capacity ** Hybrid: 21.6 to 32.4 TB Hybrid2: 10.8 to 16.2 TB + 2.58 to 10.36 TB All-flash: 5.18 to 41.47 TB
OS Drives Hybrid/Hybrid2:2x SSDs [480 GB] All-flash:2x SSDs [240 GB]
Hypervisor Drive 1x NVMe [512 GB]
RAM Options 128 GB up to 512 GB DDR4 @ 3200 Mbps (32 GB reserved for adaptive in-memory data cache)
Expandability Up to 2x Syneto Expansion Shelves (JBODs) with Add-on Controller Card
Chassis Tower, 4 Bays 3.5”
Connectivity 2x 1 GbE RJ45 (autosense) + 1x 1 GbE RJ45 (IPMI)
Add-on Up to 3 add-on cards:
Dual-Port 10 GbE, SFP+ or BASE-T (RJ45) or
Quad-Port 10 GbE, BASE-T (RJ45) or
Quad-Port 1 GbE, BASE-T (RJ45).
Power Dual, 700 W (reduntant, hot-swap), 100-240 V, 50-60 Hz or
Dual, 5000 W (redundant, hot-swap), 100-240 V, 50-60 Hz
Noise Level Silent (< 30 dB)
Dimensions H: 426 mm, W: 178 mm, D: 531 mm, W: ~18 kg
Cooling 1500 BTU/hour (maximum)
Temp. & Humidity 5°C - 35°C (50°F - 95°F) | 8% - 90% (non-condensing)

* The net capacity gives you a realistic estimate by factoring the capacity reduction caused by vendors reporting disk sizes in decimal units (1KB = 1000 bytes), while OS uses binary units (1KB = 1024 bytes) plus space reserved by the file system for internal service processes.

** Effective Capacity: calculated using a conservative 1.5x compression ratio. Effective capacity varies depending on types of data stored.

HYPER Core Side View