Name: White Whale NMS for IoT via Satellite
Brand: Cowave Communication Technology Co., Ltd.

White Whale NMS for IoT via Satellite

In the fields of oil and gas, mining, forestry, and ocean transportation, due to the lack of communication infrastructure, IoT data cannot be transmitted through traditional optical fiber, 4G, or other communication networks. The only solution is to transmit IoT data through satellites.

Cowave White-Whale Satellite IoT System is a satellite data transmission system specially designed for IoT applications. It adopts a TDMA technology system and dedicated communication protocol. The system supports the division of multiple data subnets and the satellite terminals of each data subnet share a service channel.

Specification of White Whale NMS for IoT via Satellite

Network management system
Quantity of terminals supported	≥1 million
Transmission system	Specially optimized TDMA communication system for IoT
Real-time status display	Real-display of information, such as work status of system terminals, amount of sent/received data, and resource utilization rate
Event management	Centralized display of events in the system, including networking, network quit, and network management
IoT terminal configuration	Support configuration of IoT terminal and master station terminal through graphic mode
Configuration of central station	Support configuration of antenna and terminal in the central station through graphic mode
Topology management	Display information of terminal status on E-map and support network quit
Configuration of satellite resources	Support configuration of parameters, such as satellite, wave number, repeater, and frequency of data sub-net, through graphic mode
Configuration of data subnet	Support configuration of multiple data subnets and each data subnet is configured with specific satellite resources
Dynamic distribution of business timeslot	Distribute the communication timeslot of the IoT terminal based on business rate demands
Terminal communication control	Support data transmission termination and network quit of terminal
Data query and statistics	Support query and statistics of operation data by the condition of time, terminal, and data subnet
Fault alarm	Support fault alarm of terminal device in the master station and highlight it in the user's interface
Performance alarm	Conduct regular statistics of system utilization rate and give out an alarm when exceeding the threshold
System authority control	Provide user-based access control, assign different operation authorities to administrator and common user
Internationalization support	Support multiple languages on user interface and one-key switching of interface language
Remote management	Control center software is based on B/S architecture and supports the remote operation of the administrator via network
System hot backup	Both system service progress and database support local/remote 1:N hot backup
Unattended operation	Enter auto running after system configuration without any manual interference, support 7×24h operation
Central station terminal
System	TDM/TDMA
Antenna Frequency Range	Forward: 14.0GHz～14.5GHz; Return: 12.25GHz～12.75GHz
Modulation	QPSK
FEC	LDPC (1/2)
Number of forwarding channels	16
Data Rate of forwarding channel	64 kbps
Number of return channel	16
Data Rate of return channel	64bps~56kbps
User Supported	Each forward channel supports ＞2000 users Each return channel supports ≤1024 users
Work Frequency	L Band: 950 to 2150 MHz, 100 Hz step
Roll-off	35%
Threshold Eb/N0	2.5 dB
Weight	10kg
Dimensions	4U
Power Supply	100 to 240 VAC, 50-60 Hz
Power Consumption	≤300W
Data Interface	RJ45, RS232/RS485
Control Interface	RJ45
Connector	75 ohm Type N female
Remote terminal
System	TDM/TDMA
Data Rate	64bps～12Kbps
Antenna Frequency Range	Forward: 14.0GHz～14.5GHz; Return: 12.25GHz～12.75GHz
Modulation	QPSK
FEC	LDPC (1/2)
Channel Number	1 forward/return channel respectively
User Supported	≤1024 users
Roll-off	35%
Threshold Eb/N0	2.5 dB
Power Supply	24V
Power Consumption	≤20W
Data Interface	RJ45, RS232/RS485
Control Interface	RJ45
Connector	50 ohm Type SMA female

Features of White Whale NMS for IoT via Satellite

Transmission of IoT Data via Satellite— The satellite terminal adopts a solar power supply and maintenance-free design and can run around the clock after installation, completely solving the data transmission problem of the IoT in remote areas.

IoT Data Transmission for Oil And Gas Wells— The application of IoT technology makes the oil and gas mining process more automated, lower cost, safer, and more reliable. The improvement of this process relies on the collection, transmission, and processing of a large number of sensor data.

White Whale NMS for IoT via Satellite Gallery

White-Whale Satellite IoT System adopts TDMA technology system and dedicated communication protocol which can support massive terminal networking.

Cowave are here to help!

If you have any product inquiries for satellite communications, please feel free to contact us.

Cowave Communication Technology Co., Ltd.

Contact With Us

E-mail: sales@cowave.com

Have a Questions? Call Us

+86-025-85281735

Working Time

Mon-Sat: 08:00-18:00

Related Satellite NMS

Blue Whale NMS for Emergency SATCOM

Killer Whale NMS for Satellite Internet

Cowave Updates

Sep

2022

Sep 27 2022

COWAVE won the 2022 Nanjing Gazelle Enterprise!

Recently, Nanjing City released the 2022 Nanjing Unicorn, Unicorn Cultivation and Gazelle Enterprise List. With its outstanding achievements in comprehensive benefits, scientific and technological research and development strength, and high-quality development, COWAVE was successfully selected into the list of "Nanjing Gazelle Enterprises".

Aug

2022

Aug 30 2022

Cowave Won No.1prize of the 7th Creator China in Satellite Industry Supply Chain Competition

Original Cowave Communication 2022-08-23 14:56 Posted in Jiangsu CHINARecently, the 7th "Creator China" Satellite Industry Chain Race - Satellite Internet and Private Network Application Sub...

Mar

2022

Mar 21 2022

More Efficient and Discreet – PCMA Multi-access Communication Technology

Satellite communication is a communication method between two terminals on the ground through artificial earth satellite relay. Since 1960, when American researchers completed the first satellite rela...