What is 4G Network or LTE Network?
4G/LTE means 4th Generation Network or Long Term Evaluation Network. This is tremendously powerful and featuring faster bandwidth. This network provide lightning-fast service to mobile Internet users. However there is much more concerned about its downsides. this fourth generation of technology is several times more hazardous than its predecessors.New mobile generations have appeared about every ten years since the first move from 1981 analog (1G) to digital (2G) transmission in 1992. This was followed, in 2001, by 3G multi-media support, spread spectrum transmission and, at least, 200 kbit/s peak bit rate, in 2011/2012 to be followed by "real" 4G, which refers to all-Internet Protocol (IP) packet-switched networks giving mobile ultra-broadband (gigabit speed) access.
Difference Between 4G and LTE?
If a cellular provider describes a 4G network without mentioning LTE, they are probably talking about a High Speed Packet Access (HSPA) network. The HSPA network is a faster version of the 3G GSM network. While not as fast as an LTE network, it is still faster than a 3G network. Since LTE is still relatively new, the cellular providers haven’t fully built out their LTE networks yet. Be careful when looking at the network coverage maps on the providers’ websites. Some companies claim to have broad nationwide 4G coverage. They may really be talking about HSPA coverage and not LTE coverage.
What is bad effect on human health?
Think you are using 4g network in your cell phone to your right ear. Research shows that it affect your brain neural activity to not only right side of brain but also it affect left hemisphere of the brain. The disease may happen is Head and neck cancer, sperm damage and reproductive health consequences for your offspring i.e., ADHD(Attention Deficit Hyperactivity DisordersEffects of 4G Network:
1. More Radiation Exposure:
4G to work efficiently, several more high-power towers needed and networked with each other. This is believed to emit much more radiation.
2. Series of Antenne in Smartphone:
To make the latest handsets capable of receiving the full bandwidth power of 4G networks, smartphone manufacturers are equipping them with a series of antennae in one handset. According to health experts, his further intensifies the risks of being exposed to more radiation; hence increasing the possibility of carcinogenic and other bad health effect.
3. 4G Towers Responsible for Carcinogenic Effect:
several people living or working long hours in the vicinity of cellphone towers have complained about the sudden emergence of mysterious headaches, attacks of nausea, blurry vision and even a variety of tumors. Scientists studying these cases have noticed that these numbers have been on the rise over the past few years and could potentially get much worse with the proliferation of 4G towers.
Refrences:
1. "ITU paves way for next-generation 4G mobile technologies" (press release). ITU. 2 October 200
2. Parkvall, Stefan; Dahlman, Erik; Furuskär, Anders; Jading, Ylva; Olsson, Magnus; Wänstedt, Stefan; Zangi, Kambiz (2–24 September 2008). LTE Advanced – Evolving LTE towards IMT-Advanced (PDF). Vehicular Technology Conference Fall 2008. Ericsson Research. Stockholm. Retrieved November 26, 200.
3. Parkvall, Stefan; Astely, David (April 2009). "The evolution of LTE toward LTE Advanced". Journal of Communications. 4 (3): 46–54. doi:0.4304/jcm.4.3.46-54.
4. "The Draft IEEE 802.6m System Description Document" (PDF). ieee802.org. April 4, 2008.
5. "Light Reading Mobile – 4G/LTE — Ericsson, Samsung Make LTE Connection — Telecom News Analysis". Unstrung.com. Retrieved March 24, 200.
6. "MetroPCS Launches First 4G LTE Services in the United States and Unveils World's First Commercially Available 4G LTE Phone". MetroPCS IR. 2 September 200. Archived from the original on 200-09-24. Retrieved April 8, 20.
7. Jason Hiner (2 January 20). "How AT&T and T-Mobile conjured 4G networks out of thin air". TechRepublic. Retrieved April 5, 20.
8. Brian Bennet (5 April 202). "Meet U.S. Cellular's first 4G LTE phone: Samsung Galaxy S Aviator". CNet. Retrieved April , 202.
9. "Sprint 4G LTE Launching in 5 Cities July 5". PC Magazine. 27 June 202. Retrieved November 3, 202.
10. "We have you covered like nobody else". T-Mobile USA. 6 April 203. Retrieved April 6, 203.
11."SK Telecom and LG U+ launch LTE in Seoul, fellow South Koreans seethe with envy". 5 July 20. Retrieved July 3, 20.
2. Parkvall, Stefan; Dahlman, Erik; Furuskär, Anders; Jading, Ylva; Olsson, Magnus; Wänstedt, Stefan; Zangi, Kambiz (2–24 September 2008). LTE Advanced – Evolving LTE towards IMT-Advanced (PDF). Vehicular Technology Conference Fall 2008. Ericsson Research. Stockholm. Retrieved November 26, 200.
3. Parkvall, Stefan; Astely, David (April 2009). "The evolution of LTE toward LTE Advanced". Journal of Communications. 4 (3): 46–54. doi:0.4304/jcm.4.3.46-54.
4. "The Draft IEEE 802.6m System Description Document" (PDF). ieee802.org. April 4, 2008.
5. "Light Reading Mobile – 4G/LTE — Ericsson, Samsung Make LTE Connection — Telecom News Analysis". Unstrung.com. Retrieved March 24, 200.
6. "MetroPCS Launches First 4G LTE Services in the United States and Unveils World's First Commercially Available 4G LTE Phone". MetroPCS IR. 2 September 200. Archived from the original on 200-09-24. Retrieved April 8, 20.
7. Jason Hiner (2 January 20). "How AT&T and T-Mobile conjured 4G networks out of thin air". TechRepublic. Retrieved April 5, 20.
8. Brian Bennet (5 April 202). "Meet U.S. Cellular's first 4G LTE phone: Samsung Galaxy S Aviator". CNet. Retrieved April , 202.
9. "Sprint 4G LTE Launching in 5 Cities July 5". PC Magazine. 27 June 202. Retrieved November 3, 202.
10. "We have you covered like nobody else". T-Mobile USA. 6 April 203. Retrieved April 6, 203.
11."SK Telecom and LG U+ launch LTE in Seoul, fellow South Koreans seethe with envy". 5 July 20. Retrieved July 3, 20.
Comments
Post a Comment