Desktop Shielding Box

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Model

Description

Outline*

Internal size(mm)

Width x depth x high

Shielding

Effectiveness
External interface
RSB-2U8RDU

2U UE MIMO Box with 2 sub-shielding spaces

19”,2U,

350mm depth

Sub-space:

100x200x15
>60dB@0.7~8.5GHz

SMA-Female   x16

USB3.0/5Gbps   x2
RSB-C601-081

2U drawer-out shielding box with 2 sub-shielding spaces

19”,2U,

360mm depth

>65dB@0.7~2GHz

>60dB@2~4GHz

>55dB@4~6GHz

SMA-Female   x16

Is not preinstalled

with any EMI filter
RSB-C601-080

3U drawer-out shielding box with 4 sub-shielding spaces

19”,3U,

360mm depth

Sub-space:

80x300x100

>65dB@0.7~2GHz

>60dB@2~4GHz

>55dB@4~6GHz

SMA-Female   x16

Is not preinstalled

with any EMI filter
RSB-C601-005

3U drawer-out shielding box with 4 sub-shielding spaces

19”,3U,

360mm depth

Sub-space:

80x300x100

>65dB@0.7~2GHz

>60dB@2~4GHz

>55dB@4~6GHz

SMA-Female   x16

USB2.0              x8
RJ45/1Gbps      x8
DC 7.5A            x8
RSB-C601-018

3U drawer-out shielding box with 4 sub-shielding spaces

19”,3U,

360mm depth

Sub-space:

80x300x100

>65dB@0.7~2GHz

>60dB@2~4GHz

>55dB@4~6GHz

SMA-Female   x16

USB3.0/5Gbps  x8
RJ45/1Gbps      x8
DC 7.5A            x8
RSB-C601-003

3U drawer-out shielding box with 6 sub-shielding spaces

19”,3U,

360mm depth

Sub-space:

55x300x100

>65dB@0.7~2GHz

>60dB@2~4GHz

>55dB@4~6GHz

SMA-Female   x12

USB2.0              x6
RJ45/1Gbps      x6
DC 7.5A            x6
RSB-C601-011

3U drawer-out shielding box with 6 sub-shielding spaces

19”,3U,

360mm depth

Sub-space:

55x300x100

>65dB@0.7~2GHz

>60dB@2~4GHz

>55dB@4~6GHz

SMA-Female    x12

USB3.0/5Gbps   x6
RJ45/1Gbps       x6
DC 7.5A             x6
RSB-C601-0103U drawer-out shielding box

19”,3U,

360mm depth
340 x300x100

>65dB@0.7~2GHz

>60dB@2~4GHz

>55dB@4~6GHz

SMA-Female   x12

USB2.0            x12
RSB-C601-047

3U drawer-out shielding box

19”,4U,

360mm depth
370 x300x150

>65dB@0.7~2GHz

>60dB@2~4GHz

>55dB@4~6GHz

SMA-Female   x16

USB2.0              x8
RJ45/1Gbps      x8
DC 7.5A            x8
RSB-C601-084

6U shielding box

with 2 sub-shielding spaces

19”,6U,

410mm depth

Sub-space:

140x360x200
>70dB@0.7~6GHz

SMA-Female   x16

USB3.0/5Gbps   x4
AC 15A              x8
RSB-C601-078

Shielding box,

6U,450mm depth

19”,6U,

450mm depth
340 x390x180

>70dB@0.7~6GHz

>65dB@6~8.5GHz

SMA-Female     x8

N-Female          x4

USB3.0/5Gbps   x2
RJ45/1Gbps       x2
DC 7.5A             x2

AC 10A              x1
RSB-C601-032

Shielding box,

8U,565mm depth

19”,8U,

565mm depth
340 x500x270>70dB@0.7~6GHz

SMA-Female     x8

N-Female          x8

USB3.0/5Gbps   x3
RJ45/1Gbps       x3
DC 7.5A             x3

DC 40A              x1

AC 10A              x1

* The external dimensions refer to the size of the box exterior, excluding the handle, connectors, and the signal EMI filter that extends outside.

Wireless signal shielding: In wireless communication test laboratories, shielding boxes and cabinets are a common type of test equipment. They are mainly used to block the ubiquitous commercial cellular and Wi-Fi signals from the outside from entering the device under test, while allowing the useful and expected signals to be fed into the shielding box or cabinet through RF coaxial cables.
The input of optical and electrical signals: 
AC or DC power is fed into the internal equipment through the power EMI filter on the shield box panel to supply power. 
It provides a variety of control interfaces to achieve the purpose of automatic control and status reading of the internal equipment. These communication interfaces include serial ports, network ports, USB-A, USB-C, etc. 
Each interface is equipped with an EMI filter function to ensure unobstructed communication with the internal components while preventing external interference signals from entering the shielded equipment through these power lines or data lines and affecting the test environment.
Ventilation and heat dissipation: The equipment inside the shielding enclosure will inevitably generate a large amount of heat when powered on for a long time. The ventilation waveguide window is designed to allow ventilation while blocking wireless signals. If the heat dissipation of the equipment is significant, a waveguide window assembly with an active cooling fan can also be used to enhance the heat dissipation effect.