Shenzhen Zhijie Chuang Technology Co., Ltd.

Customer First, Service First, Excellence

Manufacturer from China
Verified Supplier
1 Years
Home / Products / Bonding Router /

High Up Bonded Cellular Wifi Router 4G 5G Multi SIM Card 1U Chassis

Contact Now
Shenzhen Zhijie Chuang Technology Co., Ltd.
Visit Website
City:shenzhen
Country/Region:china
Contact Person:MsMichelle Ho
Contact Now

High Up Bonded Cellular Wifi Router 4G 5G Multi SIM Card 1U Chassis

Ask Latest Price
Video Channel
Brand Name :ZJC
Model Number :H7-Plus-02
Place of Origin :Shenzhen, China
MOQ :1 PCS
Price :2280$-2380$ per PCS
Payment Terms :T/T, Western Union
Delivery Time :5-8 work days
Packaging Details :Carton, L60 x W48 x H22CM
WiFi :2.4G & 5G
Bonding Bandwidth :Up to 500Mbps
Bonding Function :8-channel network bonding
Chassis :1U chassis
5G module :5G*2
4G module :4G*4
more
Contact Now

Add to Cart

Find Similar Videos
View Product Description

Product Description

Bonding Router The Ultimate Tool for Seamless Live Recording and Broadcasting

Upgrade Your Live Streaming Setup with Our Bonding Router Device

Features

Standard 1U chassis, can be installed to 19 inch rack

Built in 2 5G modules and 5G SIM card slot, supporting 5G NSA/SA

Built in 4 4G modules and 4G SIM card slot, supporting most 4G mobile network

Max 8-channel bonding, upload and download apeed superposition

Built in 19V DC adapter, 220V power supply

High Up Bonded Cellular Wifi Router 4G 5G Multi SIM Card 1U ChassisHigh Up Bonded Cellular Wifi Router 4G 5G Multi SIM Card 1U ChassisHigh Up Bonded Cellular Wifi Router 4G 5G Multi SIM Card 1U Chassis

High Up Bonded Cellular Wifi Router 4G 5G Multi SIM Card 1U Chassis

FAQ

1) What is the MOQ?

A: MOQ is 1 pcs. Sample is available for customer to check the quality before bulk order.

2) Do you accept OEM?
Yes,OEM and ODM is warmly welcomed. It is our company’s strength,we can customize the all kinds of Live recording and broadcasting machine & Industrial computer so that can fully meet customers’ requirements.

Inquiry Cart 0