Hangzhou DIBSYS Technologies Co., Ltd.

Company Description

Hangzhou DIBSYS Technologies Co., Ltd. is located in Hangzhou High-Technology Zone, Hangzhou City, Zhejiang Province, China, integrating the design, manufacture, and sale of innovative products in the wireless and cable communication industry. Hangzhou DIBSYS Technologies Co., Ltd. mainly focus on two markets currently:
1) Digital terrestrial TV transmission (China standard, DVB-T/H)
2) Digital cable TV transmission (DVB-C standard)

IPTV System:
Our products mainly include china digital terrestrial TV standard equipment, such as DTMB modulators and DTMB SFN adapters, and digital cable TV standard headend equipment, such as multiplexers, MPEG2 encoders, QAM modulators, scramblers, network adapters, professional DVB-S receivers, and more. Furthermore, we design IPQAM modulators, h264 encoders, statistic multiplexers, and other new products. Each year, we continue to add more features to our products.

Beyond standard products, we also offer customized products including OEM components and solutions.

Technical Core Competency:
We boast a strong staff of qualified electronic and software engineers and master engineers. With rich technical resources, we are capable of meeting the technical and service requirements for any scope of project. Our company will continue to invest heavily in the field in the future to ensure that new products will be developed, along with ongoing improvements for existing products.

Solutions for some key international standards: DVB-C/DTMB/DVB-T
Digital channel modulators: COFDM
Terrestrial SFN and MFN solutions such as DTMB and DVB-T

Industrial Relationships:
Our partners cooperate with value-added resellers and system integrators around the world to complete network solutions with individual products and services.

We also offer technologies and components for other equipment manufacturers:
1) OEM service
2) Re-branded platforms
3) Engineering design and consulting services

We can rapidly support the new market with emerging solutions and applications of any standard in time.