Telecommunications: 3G and 4G wireless

The 3rd Generation Partnership Project (3GPP) is integrated with 6 telecommunication standardization bodies. (A GLOBAL INITIATIVE, n.d.), There are ARIB, ATIS, CCSA, ETSI, TTA, TTC. The meanings of these telecommunications are as follows: Wireless Industry and Business Association (ARIB); Alliance Telecommunications Industry Solution (ATIS); China Communication Standards Association (CCSA); European Telecommunications Standards Association (ETSI) (TTA); and NEC Communication Technical Committee (TCC).

3G is the current radio technology. DiGi Telecommunications used a 3G network called Turbo 3G. It was released in December 2009. In addition, I announced 4G DiGi & Turbo 3G of about 14.4 Mbps HSPA. Turbo 3G is covered in several parts of Malaysia. Turbo 3G is available to DiGi users for broadband, postpay, prepayment applications. It provides users with access to data and information via wireless access at any time and from many places. Users can browse the Internet faster and can make video calls, listen to music, and watch movies with higher quality than before.

4G LTE is the fastest wireless data connection technology available. Why is it different from 2G, 3G connection is just speed. Large files that can take a long time to download 2G or 3G can be downloaded via 4G in a few minutes. For example, with 4 G LTE, you can download a 4 GB movie in 5 minutes 28 seconds.

4G refers to the fourth generation cellular radio standard. It is the successor to 3G and 2G series standards. The first is the transition from analog (1 G) to digital (2 G) in 1992. In 2002, support of 3G multimedia continued, spread spectrum transmission and at least 200 kbit / s reached 4 G, 4 G with reference to all IP packet switching network, mobile ultra wide band (Gigabit speed) access, and multicarrier transmission It will be tracked. Since 2006 and 2009, 4G pre-technology such as Mobile WiMAX and the first release of 3G Long Term Evolution (LTE) has been on the market.

Who does not want to be faster, bigger (smaller), more efficient? Take wireless mobile communication. With the current broadband cellular network platform 4G (or fourth generation), you can transfer data faster than 3G. We are now able to access information faster than ever. What else do you want? Oh yeah, the transmission rate is enough to correspond to the so-called Internet of Things (very bad). This brings us to 5G. So far, the mobile broadband network has been designed to meet the needs of people. However, 5G design realizes low latency and efficient data transfer considering the needs of the machine. This is possible by dividing the data into smaller packages and shortening the transfer time. 4G has a delay of 50 milliseconds but 5G data transmission provides a delay of 1 millisecond - we humans will not notice this difference, but that means the machine achieves nearly seamless communication It will make it possible