Frame grabber · GE Series

Hikrobot MV-GE2004L V2.0

RJ45 ×4PCI-E gen2 × 4860 MB/s
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Warranty
36 months
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Hikrobot MV-GE2004L V2.0

Compact four-port GigE role

Four GigE camera ports in a 161.4 × 79.2 × 20.7 mm card make MV-GE2004L V2.0 the low-profile four-stream member of the GE2000 family. Its RJ45 connections accept 10/100/1000 Mbit/s links, with 9 KB jumbo frames explicitly listed. The PCI-E gen2 × 4 interconnect establishes a gen2 × 2 link and transfers up to 860 MB/s, sustaining 800 MB/s across the four incoming streams.

This format is suited to compact host computers that must collect four Ethernet-camera views without a tall board. Natural cooling fins operate without fans, and typical consumption is 5.5 W. The machine enclosure must keep the card within 0 to 60 °C and 10 to 95% RH during operation. At 130 g, the board supports Windows 7/10/11 and Linux hosts while retaining four physical RJ45 camera connections.

MV-GE2004L V2.0 matches MV-GE2004 V2.0 in camera count, host bandwidth, power draw and weight, but reduces board height from 120 mm to 79.2 mm and explicitly states four streams with 9 KB jumbo frames. MV-GE2002L V2.0 uses the same compact outline for two ports, two streams and 4.3 W typical consumption. MV-GE2004P V2.0 is the powered four-port option with PoE, although its board is 181 × 126.3 × 21.6 mm and consumes 9 W.

Specifications

Camera portsRJ45 ×4
Cameras supported4 max
Camera connection speed10/100/1000 Mbps
Camera type supportedGigE industrial camera
InterconnectPCI-E gen2 × 4, PCI-E gen2 × 2 link
Delivery bandwidth860 MB/s (max. transmission bandwidth), 800 MB/s (sustained transmission bandwidth)
Power consumption5.5 W typ.
Operating temperature0 to 60 °C
Storage temperature-30 to 70 °C
Humidity10 to 95 % RH
Dimensions161.4 mm × 79.2 mm × 20.7 mm
Weight130 g
CertificationCE-EMC,KC
StandardIEEE 802.3
Stream4
Jumbo frame9 KB
Cooling modeNatural cooling, cooling fins without fans
Supported OSWindows 7/10/11, Linux

Selection and applications

Low-profile four-camera intake. Four-stream jumbo-frame acquisition. Fanless compact GigE networking.

Minimum kit: Use MV-GE2004L V2.0 in a PCI-E gen2 host with as many as four GigE industrial cameras, one RJ45 network cable per link, and the power connections required by those cameras.

Nearby in the range: MV-GE2004 V2.0 — Prefer it when the 161 × 120 × 21.6 mm board format suits the host.; MV-GE2002L V2.0 — Prefer it for two compact ports, two streams and 4.3 W typical consumption.; MV-GE2004P V2.0 — Prefer it when four-port camera networking requires PoE support..

Cameras that connect to this board

RJ45 ×4 · up to 4 cameras · 860 MB/s:

Matched by interface and port count.

FAQ

How compact is the four-port MV-GE2004L V2.0 board?

Its dimensions are 161.4 × 79.2 × 20.7 mm and its weight is 130 g. The L outline retains four RJ45 camera interfaces while reducing height relative to the 161 × 120 × 21.6 mm MV-GE2004 V2.0.

What jumbo-frame and stream counts does MV-GE2004L V2.0 list?

The NIC explicitly supports four streams and 9 KB jumbo frames. Its four RJ45 ports accept GigE industrial-camera connections at 10, 100 or 1000 Mbit/s.

Which PCI-E host path carries MV-GE2004L V2.0 camera traffic?

A PCI-E gen2 × 4 interconnect operates with a PCI-E gen2 × 2 link. The corresponding transfer figures are 860 MB/s maximum and 800 MB/s sustained for the four camera streams.

What cooling and power figures apply to MV-GE2004L V2.0?

The board uses natural cooling fins without fans and consumes 5.5 W typical. Its permitted working range is 0 to 60 °C, with storage from -30 to 70 °C and humidity from 10 to 95% RH.

Can MV-GE2004L V2.0 operate in Windows and Linux hosts?

Yes. The operating-system list includes Windows 7, Windows 10, Windows 11 and Linux. The same PCI-E gen2 card presents four RJ45 camera interfaces in either host environment.

What is the two-port alternative to MV-GE2004L V2.0?

MV-GE2002L V2.0 uses the same 161.4 × 79.2 × 20.7 mm dimensions, 9 KB jumbo frames and 800 MB/s sustained transfer. It has two ports and two streams, weighs 125 g and consumes 4.3 W typical.

Typical applications