HYPER-EHL

Pico-ITX SBC supports Intel® Celeron J6412/N6210 on-board SoC, with 4GB LPDDR4x memory on board default, with HDMI™, iDPM, M.2 M key, USB 3.2, iSATA 6GB/s, COM, PCIe x4 for riser card and RoHS

HYPER-EHL
HYPER-EHL IO
HYPER-EHL BACK
HYPER-EHL Side
NANO-EHL Back with case
  • HYPER-EHL
  • HYPER-EHL IO
  • HYPER-EHL BACK
  • HYPER-EHL Side
  • NANO-EHL Back with case
» Support Intel® Atom™ x6000 series / Pentium® / Celeron® processor (Elkhart Lake platform)
» Support Intel® I225V/I226V 2.5GbE Ethernet controller
» Support dual independent display via HDMI™ and iDPM
» Support one PCIe x4 and one M.2 M Key expansions
» Support two USB 3.2 Gen 2, two USB 2.0, with up to 10Gb/s transfer speed
HYPER-EHL 2.5' Pico-ITX fanless single board computer
  • PCIe Gen3 x4

    PCIe Gen3 x4

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  • LPDDR4x-3200

    LPDDR4x-3200

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  • Dual Display

    Dual Display

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  • M.2 M Key

    M.2 M Key

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  • 2.5GbE

    2.5GbE

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  • iSATA 6Gb/s

    iSATA 6Gb/s

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The HYPER-EHL is a 2.5" Pico-ITX fanless single board computer powered by an on-board Intel® Celeron® J6412/N6210 processor with Intel® UHD Graphics. It supports dual independent display, and offers multiple high-speed I/O on a board size of just 100 x 72 mm, including 2.5GbE, USB 10Gb/s and RS-232/422/485. Additional functionalities can be added through the equipped PCIe Gen3 x4 slot, enhancing the flexibility on system integration in many space-critical applications such as AMR/AGV, delivery robot, EV charging station and medical care system.

Front view of HYPER-EHL Pico-ITX motherboard
Rear view of HYPER-EHL 2.5' single board computer
I/O panel of HYPER-EHL 2.5' motherboard

High Performance with Low Power
Intel® Celeron® J6412/N6210 On-board SoC

Equipped with Intel® Celeron® J6412/N6210 processor and 4GB on-board LPDDR4X, the HYPER-EHL can deliver high levels of CPU and graphics performance at low power. Compared to the previous generation, it improves up to 1.7x on CPU and up to 2x on graphics, and gets up to 74% higher benchmark score. With the feature of low power and excellent throughput, the HYPER-EHL can benefit IoT edge computing by saving lots of energy while maintaining high computation.

Comparison bar chart of Intel Celeron N6210 & J6412 vs. Celeron N3350 & J3455
Long-term Support

Long-term Support

Intel® Celeron® J6412/N6210 processor is available and supported for an extended period (based on Intel IOTG Roadmap). This long-term availability can benefit integrators who are looking to maximize their return on investment.

Reliable 4GB LPDDR4x Memory

Equipped with 4GB dual-channel LPDDR4x soldered memory, the HYPER-EHL offers a fast memory speed of up to 3200MT/s and with low voltage (VDDQ voltage 0.6V). The soldered-on-board type enables the HYPER-EHL to deliver much more stable, solid operation compared to the socket-type memory for critical usage such as transportation, AMR and other mobile applications.

Solder side of the HYPER-EHL Pico-ITX motherboard with the onboard LPDDR4x memory highlighted

LPDDR4x Memory

PCI Express Gen3 Slot Allows
Extensive I/O and Function Expansion

The HYPER-EHL features a PCIe Gen3 x4 (x4 signal) slot, which is a new design of IEI 2.5" single board computer to provide easy integration of PoE cards, video capture cards, I/O cards or the compatible IEI riser cards for more function expansions. IEI riser cards are available with different orientations and configurations, offering great flexibility and expandability. Each of the riser card came with a metal holder for enhancing stability, not only the riser card itself but also the expansion card installed on it.

HYPER-EHL 2.5' SBC with an outwards-facing riser card for two PCIe 3.0 x2 expansions
HYPER-EHL 2.5' SBC with an outwards-facing riser card for four PCIe 3.0 x1 expansions

Outwards-facing Expansions: Two PCIe x2 / Four PCIe x1

The outwards-facing riser cards enable the connection of up to four outwards-facing PCIe x1 slots via one PCI Express interface. Although may take up more space, it can help enhance the airflow and heat transfer within the system. It is ideal for the chassis that is wide enough for the expansion card to be placed.

HYPER-EHL 2.5' SBC with an inwards-facing riser card for two PCIe 3.0 x2 expansions
HYPER-EHL 2.5' SBC with an inwards-facing riser card for two PCIe 3.0 x2 expansions

Inwards-facing Expansions: Two PCIe x2 / Four PCIe x1

The inwards-facing riser cards enable the connection of up to four inwards-facing PCIe x1 slots via one PCI Express interface. It is suitable for installation where space is limited. With higher height to increase spacing between boards, it can ensure efficient heat dissipation for space-constrained applications.

HYPER-EHL 2.5' SBC installed with a PCIe 3.0 x4 expansion card

PCIe x4 Interface Card Expansion

The PCIe Gen3 x4 (x4 signal) slot, providing high-speed data transfer rate of up to 4GB/s, allows for additional customization and expansion. Directly installing a PCIe card enables the motherboard to run more complex and challenging tasks at the edge.

HYPER-EHL 2.5' SBC with an outwards-facing riser card for two PCIe 3.0 x2 expansions
HYPER-EHL 2.5' SBC with an outwards-facing riser card for four PCIe 3.0 x1 expansions

Outwards-facing Expansions: Two PCIe x2 / Four PCIe x1

The outwards-facing riser cards enable the connection of up to four outwards-facing PCIe x1 slots via one PCI Express interface. Although may take up more space, it can help enhance the airflow and heat transfer within the system. It is ideal for the chassis that is wide enough for the expansion card to be placed.

HYPER-EHL 2.5' SBC with an inwards-facing riser card for two PCIe 3.0 x2 expansions
HYPER-EHL 2.5' SBC with an inwards-facing riser card for four PCIe 3.0 x1 expansions

Inwards-facing Expansions: Two PCIe x2 / Four PCIe x1

The inwards-facing riser cards enable the connection of up to four inwards-facing PCIe x1 slots via one PCI Express interface. It is suitable for installation where space is limited. With higher height to increase spacing between boards, it can ensure efficient heat dissipation for space-constrained applications.

HYPER-EHL 2.5' SBC installed with a PCIe 3.0 x4 expansion card

PCIe x4 Interface Card Expansion

The PCIe Gen3 x4 (x4 signal) slot, providing high-speed data transfer rate of up to 4GB/s, allows for additional customization and expansion. Directly installing a PCIe card enables the motherboard to run more complex and challenging tasks at the edge.

Dual Display Outputs Support Graphics in 4K

The integrated Intel® UHD Graphics, featuring max. 16 EUs, up to 2x performance improvement and 4K support, makes the HYPER-EHL have the ability to drive a maximum resolution of 4kp30 on two simultaneous displays through the HDMI™ 1.4 port and the IEI-specific iDPM slot.

Dual Display Outputs Support Graphics in 4K
HYPER-EHL 2.5' motherboard with its two display interfaces highlighted - iDPM slot and HDMI™ 1.4
HYPER-EHL 2.5' motherboard with its two display interfaces highlighted - iDPM slot and HDMI™ 1.4
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2.5GbE Network Enables Efficient Data Transfer

The RJ45 LAN port provides 2.5GbE connectivity by the integrated Intel® I225V controller. It accelerates overall network performance, delivers lightning-fast speed, and improves the bandwidth required at large-scale workloads. By connecting with a 2.5G network switch, it can form a solid, optimized infrastructure for the deployment of edge IoT to communicate between devices efficiently.

NVMe SSD via M.2 PCIe Gen3
Ensures Fast and Stable Data Transfer

SSD is widely used in industrial applications to provide reliable data storage due to its features of shock and temperature resistance, long lifetime and high stability. The equipped M.2 2242 M-key socket comes with PCI Express® Gen3 x2 bandwidth and supports up to 16Gbps data-transfer speeds, making them the perfect choice for installing NVMe SSD to provide fast data access in rugged environment.

HYPER-EHL 2.5' motherboard with its M.2 PCIe 3.0 x2 M key 2242 slot highlighted
M.2 2242 M-key socket comes with PCI Express® Gen3 x2 arrow left

Low-profile SATA 6Gb/s Port
with Data and Power Integrated

SATA 6Gb/s SSD or HDD is supported through the iSATA connector that provides both SATA and SATA power (+5V) signals in a small footprint. This low-profile connector can save space in system integration while enabling high-speed data transfer between devices at the edge.

SATA 6Gb/s cable providing both data and 5V power signals for HYPER-EHL Pico-ITX SBC

Applications

AMR (Autonomous Mobile Robots) and AGV (Automated Guided Vehicle) in a warehouse
robot arms doing assembly in a manufacturing production line
a drone delivering package indoors
an electric car parking beside a EV charging station for vehicle charging
an physician taking care a patient on the bed, with a vital sign monitor placed on bed head
a person pressing buttons on the control panel of a smart parcel locker

Dimensions

HYPER-EHL
SBC with Outwards-facing
Riser Card (R2S)
SBC with Outwards-facing
Riser Card (R4S)
SBC with Inwards-facing
Riser Card (L2S)
SBC with Inwards-facing
Riser Card (L4S)
HYPER-EHL
SBC with Outwards-facing Riser Card (R2S)
SBC with Outwards-facing Riser Card (R4S)
SBC with Inwards-facing Riser Card (L2S)
SBC with Inwards-facing Riser Card (L4S)

Hardware Spec.

Form Factor
Form Factor Pico-ITX
System
CPU
  • Onboard Intel® Atom™ x6000 series Celeron® processor (Elkhart Lake platform)
  • Intel® Celeron® J6412 on-board SoC (up to 2.6GHz, quad-core, 1.5M Cache, TDP=10W)
  • Intel® Celeron® N6210 on-board SoC (up to 2.6GHz, dual-core, 1.5M Cache, TDP=6.5W)
Memory LPDDR4x-3200Gbps 4GB,up to 8GB
Memory Max. 8GB
Physical Characteristics
Dimensions (LxWxH) (mm) 100mm x 72mm
Net Weight 600g
Storage
Storage 1 x SATA : iSATA 6Gb/s
1 x M.2(NGFF) : M key (2242,PCIe Gen3 X 2)
I/O Interface
Display Output 1 x HDMI™ : up to 4096x2160 @ 30Hz
1 x iDPM : support iEi eDP/ LVDS/ VGA module
Ethernet 1 x LAN -
LAN1: Intel® I225V/I226V 2.5GbE controller
I/O Interface 1 x Internal RS-232/422/485 : 1x9 pin, P=1.25
2 x Internal USB 2.0 : 2x4 pin, P=2.0
2 x External USB 3.2 Gen2x1 : 10Gb/s (Type A)
Expansion 1 x PCIe x4 (PCIe Gen3 x4)
1 x M.2(NGFF) : M key (2242,PCIe Gen3 X 2)
Power
Power Consumption 12V@ 2.07A
(Intel® Celeron® J6412 CPU with 4 GB 3200 MHz LPDDR4x memory, max. loading, EuP mode enabled)
Power Supply ATX/AT power supply
Support AT/ATX mode
ErP/EuP Compliant
Environment
Operating Temperature -10°C~60°C
Storage Temperature -30°C~70°C
Humidity 5% ~95%, non-condensing

Ordering Information

HYPER-EHL-N6210B-R10 PICO-ITX SBC supports Intel® two-core Celeron® N6210 1.2GHz on-board SoC, with 4GB LPDDR4x memory on board default,with HDMI™,iDPM,M.2 M key,USB 3.2,iSATA 6GB/s,COM,PCIe x4 for riser card and RoHS
HYPER-EHL-J6412B-R10 PICO-ITX SBC supports Intel® quad-core Celeron® J6412 2.0GHz on-board SoC, with 4GB LPDDR4x memory on board default, with HDMI™,iDPM,M.2 M key,USB 3.2,iSATA 6GB/s,COM,PCIe x4 for riser card and RoHS

Package Contents

Package Content
  • 1 x HYPER-EHL single board computer

  • 1 x iSATA Cable

  • 1 x QIG