Spreadtrum accelerates R&D of 5G chips and plans to launch 5G chips in the second half of the year

It is reported that Yi Kang, vice president of Spreadtrum Communications, said that the company has appointed hundreds of employees to accelerate the development of 5G chips.

According to Kang, Spreadtrum developed a second version of the 5G prototype chip to achieve greater bandwidth. The company expects to launch a 5G solution in the second half of 2018.

Spreadtrum accelerates R&D of 5G chips and plans to launch 5G chips in the second half of the year

Kang said that Spreadtrum has been conducting 5Gc testing with telecommunications equipment suppliers such as Huawei, Ericsson and ZTE. In addition, Spreadtrum has also cooperated with a number of mobile operators such as China Mobile and instrument manufacturers and organizations in the 5G field.

Kang pointed out that as for the cooperation with China Mobile, Spreadtrum has participated in the 5G test network of the telecom operator in several cities. Before the 3GPP standardization of the first version of 5G technology, Spreadtrum expects to launch its first 5G commercial chip and put it into production as soon as possible.

Spreadtrum accelerates R&D of 5G chips and plans to launch 5G chips in the second half of the year

The baseband chip of Spreadtrum's 5G commercial chip solution will be manufactured using TSMC's 12nm process technology, while the radio frequency (RF) chip will be fabricated using the 28nm process. The baseband and RF chips are currently in the development stage.

Kang said that Spreadtrum lags behind many international competitors in the development of 2G, 3G and 4G chip technologies; however, the company is struggling to catch up with the world's leading technologies in the 5G field. In addition, the company is working hard to find opportunities to catch up with Qualcomm during the 5G chip development process.

Spreadtrum accelerates R&D of 5G chips and plans to launch 5G chips in the second half of the year

DIN Cables

There are many different versions of DIN Connectors. The name of each type comes from the number of pins the connector has (3-pin DIN, 4-pin DIN, etc.) Some of these pin numbers come in different configurations, with the pins arranged differently from one configuration to the next.

DIN cable connector 3-pin, 4-pin, 5-pin, 6-pin, 7-pin, 8-pin degree 180, 216, 240, 262, 270

DIN cables, DIN connector, telephone cable, computer cable, audio cable

ETOP WIREHARNESS LIMITED , https://www.oemwireharness.com