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Official Blog

The latest Syneto articles featuring our products and services as well as technologies and concepts from around the IT space.

 

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Resources / Official Blog
 

Official Blog

The latest Syneto news and events.

For enquires: marketing@syneto.eu

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.

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.

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.

HYPER Core 1000T H/AF G4

Technical Specifications

HYPER Core Front View HYPER Core Back View
Use Case Office / Small Environments, ROBO, Data Protection, Long-term archiving, Edge Computing
Compute Options Single Intel® CPU

Xeon® 3rd Gen.
Silver 4310

12 Cores

Base: 2.10 GHz
(Turbo: 3.30 GHz)
Storage Options Hybrid

2x HDDs
8 or 12 TB
All-flash
2x SSDs
3.84 TB
Net Capacity * Hybrid 7.2 to 10.8 TB All-flash 3.45 TB
Effective Capacity ** Hybrid 10.8 to 16.2 TB All-flash 5.17 TB
OS Drives 2x SSDs [240 GB]
Hypervisor Drive 1x NVMe [512 GB]
RAM Options 128 GB DDR4 (96 GB usable by VMs + 32 GB adaptive in-memory data cache)
Up t
256 GB DDR4 (224 GB usable by VMs + 32 GB adaptive in-memory data cache)
Expandability -

Chassis Tower, 4 Bays 3.5”
Connectivity 2x 10 GbE RJ45 (autosense) + 1x 1 GbE RJ45 (IPMI)
Add-on Up to 1x Dual-Port 10 or 25 GbE, SFP+ or BASE-T (RJ45)
Power Single, 668 W (non 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: ~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.