Frame grabber · GE Series

Hikrobot MV-GE2002P V2.0

RJ45 ×2PCIe 2.0 x4≤2 camerasWeight: 190 g
Price on requestAn engineer will confirm pricing and lead time in the first reply.
Lead time
from 5 days
Warranty
36 months
Find the right model
Hikrobot MV-GE2002P V2.0

PoE-equipped dual-port selection

PoE support sets MV-GE2002P V2.0 apart as the powered member of the dual-port GE2000 NIC group. Two RJ45 interfaces accept 10/100/1000 Mbit/s GigE industrial cameras, and the shared host route sustains 800 MB/s with an 860 MB/s maximum. The board uses a PCI-E gen2 × 4 interconnect with a gen2 × 2 link and consumes 7.5 W, before considering the power needs of attached equipment.

The paired-port design is suited to two-view inspection where camera traffic and power are carried through the PoE-enabled network connections. Natural cooling fins operate without a board fan, and the stated working range is 0 to 60 °C at 10 to 95% RH. Its 181 × 126.3 × 21.6 mm dimensions and 190 g weight should be allowed for in the host, whose operating system may be Windows 7/10/11 or Linux.

MV-GE2002 V2.0 is the lighter two-port choice at 125 g and 4.3 W, with a 161 × 120 × 21.6 mm board, but the P variant is the one that explicitly supports PoE. MV-GE2002L V2.0 also draws 4.3 W and reduces height to 79.2 mm while listing 9 KB jumbo frames. For four powered camera ports, MV-GE2004P V2.0 retains the 800 MB/s host path but increases consumption to 9 W and weight to 201 g.

Specifications

Data interfaceGigE
Board bandwidth6880 Mbit/s (max.); 6400 Mbit/s (sustained)
Camera connectorsRJ45 ×2
Host interfacePCIe 2.0 x4
Maximum cameras≤2
Protocol compatibilityIEEE 802.3
Operating systemsWindows 7, Windows 10, Windows 11, Linux
Power consumption7.5 W (typical) @ excluding PoE output
Coolingnatural cooling, heat sink
Working temperature0…60 °C
Storage temperature-20…70 °C
Humidity10…95 % @ non-condensing
Dimensions181×126.3×21.6 mm
Weight190 g
CertificationCE, RoHS, KC
Channel bandwidth10 Mbit/s; 100 Mbit/s; 1000 Mbit/s
Streams2
Cooling fan presentno
Jumbo frame support9000 bytes

Documents

Datasheet MV-GE2000P V2.0 · PDF · 0.5 MB · revised 23 Jun 2025

Selection and applications

Powered dual-GigE acquisition. Two-view Ethernet inspection. Fanless PoE camera networking.

Minimum kit: Mount MV-GE2002P V2.0 in a PCI-E gen2 host and connect up to two PoE-capable GigE industrial cameras with RJ45 network cables, using the card's listed PoE support for camera power.

Nearby in the range: MV-GE2002 V2.0 — Prefer it for a 125 g, 4.3 W dual-port card with 800 MB/s sustained transfer; MV-GE2002L V2.0 — Prefer it for the 79.2 mm board height and 9 KB jumbo-frame support; MV-GE2004P V2.0 — Prefer it when four PoE-enabled GigE ports are needed.

FAQ

Does MV-GE2002P V2.0 provide PoE on its RJ45 interfaces?

PoE support is explicitly listed for this two-port model. Both RJ45 connections are intended for GigE industrial cameras at 10/100/1000 Mbit/s, allowing the powered variant to carry network traffic and camera power through those links.

What PCI-E host link is required for MV-GE2002P V2.0?

The card uses a PCI-E gen2 × 4 interconnect and negotiates a PCI-E gen2 × 2 link. It provides 860 MB/s maximum transfer bandwidth and 800 MB/s sustained bandwidth to the host.

What thermal arrangement is used on MV-GE2002P V2.0?

The board is naturally cooled with fins and has no fan. Consumption is 7.5 W, operation is specified from 0 to 60 °C, and the storage interval is -20 to 70 °C.

How large and heavy is the MV-GE2002P V2.0 acquisition card?

MV-GE2002P V2.0 measures 181 × 126.3 × 21.6 mm and weighs 190 g. These mechanical figures differ from the smaller 161 × 120 × 21.6 mm, 125 g MV-GE2002 V2.0.

Which operating systems can host the MV-GE2002P V2.0 board?

The supported host list includes Windows 7, Windows 10, Windows 11 and Linux. Camera-side support is stated for as many as two GigE industrial cameras on the RJ45 ports.

When should MV-GE2004P V2.0 replace a two-port layout?

Use MV-GE2004P V2.0 when the system needs four powered GigE camera ports rather than two. It keeps 800 MB/s sustained transfer and PoE support, but board consumption rises from 7.5 W to 9 W.

Typical applications