Razer Leviathan V2 gaming soundbar review
Guru3D NVMe Thermal Test - the heatsink vs. performance
EnGenius ECW220S 2x2 Cloud Access Point review
Alphacool Eisbaer Aurora HPE 360 LCS cooler review
Noctua NH-D12L CPU Cooler Review
Silicon Power XPOWER XS70 1TB NVMe SSD Review
Hyte Y60 chassis review
ASUS ROG Thor 1000W Platinum II (1000W PSU) review
ASUS ROG Rapture GT-AXE11000 WIFI6E router review
Backforce One Plus Gaming Chair review
KT and Samsung Reach 1Gbps Speed Over the Air on 5G Commercial Network
KT Corporation (KT) and Samsung Electronics today announced that they have successfully achieved 1Gbps speed over the air using KT’s 5G commercial network deployed in Seoul, which has been providing 5G mobility commercial service from December 1, 2018, in collaboration with Samsung’s Networks Business unit.
KT has used its 5G commercial network using 3.5GHz frequency deployed in Gwanghwamun, Seoul, which comprised of Samsung’s 5G NR end-to-end network solutions including 5G radio and virtual core (vCore) supporting both 4G LTE and 5G simultaneously, and 5G smartphone (Galaxy S10 5G). The two companies have focused on providing end users with real-world outdoor mobile experiences, achieving overall 1Gbps speed on 5G smartphone connected to 5G commercial network.
This has been one of the key accomplishments for the two companies – proving that 5G commercial network is ready to deliver stable gigabit speed for end-users since last December – signifying the impact of 5G commercialization and promising enhanced user experiences in a real outdoor environment.
After KT selected Samsung as the key 5G network solution provider in November 2018, the companies have jointly built the 5G commercial network, on-air already from last December. Since then, the two companies have been focusing on optimizing the 5G network for both wider coverage and exponential data traffic derived by 5G’s higher speed.
As 5G commercial service for end-users is set to arrive this spring, KT announced today that 5G network will be ready for end-user mobility service in 85 cities nationwide including the Seoul metropolitan area by end of March 2019. This includes 5G service coverage expansion throughout a number of major national highway and high-speed railways (KTX and SRT) connecting cities. In addition, it will gradually cover 464 colleges and universities, subways, landmark buildings and parts of mountainous areas.
“KT has shown unparalleled leadership in technology through its 5G trial services in PyeongChang, which led to early 5G commercialization,” said Chang-Seok Seo, Executive Vice President of Network Strategy Unit and Network Group at KT. “Based on our technical expertise and years of experience working on 5G, KT will continue to establish its 5G network across the nation to provide differentiated services to our valued customers in collaboration with Samsung.”
“Samsung and KT will continue to work closely in collaboration to push beyond the limits of today’s technology and offer a glimpse of the revolutionary world led by 5G,” said Jaeho Jeon, Executive Vice President and Head of R&D, Networks Business at Samsung Electronics. “Harnessing our assets and cutting-edge 5G end-to-end solutions, Samsung aims to be at the forefront to push the limits of 5G even further.”
This achievement is a part of an ongoing collaboration between KT and Samsung of many years toward 5G commercialization. The two companies successfully delivered the 5G pilot services during the winter sports games in February 2018, being the first to bring 5G network and device that utilize 28GHz frequency. Leveraging this experience, they succeeded in live video call conducted with Samsung’s 5G network built in USA and Korea (Link), respectively. Further, the companies achieved 5G NR based interoperability test using both 3.5GHz and 28GHz in February 2018 (Link).
These joint efforts have led Samsung to become a major 5G partner of KT in November 2018 and launch 5G mobility commercial service in South Korea on December 1, 2018.
imo22
Junior Member
Posts: 15
Joined: 2014-02-19
Junior Member
Posts: 15
Joined: 2014-02-19
#5654331 Posted on: 03/26/2019 04:46 PM
GG molecules
GG molecules
Mda400
Senior Member
Posts: 1010
Joined: 2008-07-10
Senior Member
Posts: 1010
Joined: 2008-07-10
#5654381 Posted on: 03/26/2019 07:31 PM
The spec has potential for single-digit added latencies from the switching portion of devices (unlike interleaving on DSL that can add around 35-50ms or the inherent triangulation of 3G networking that added 100ms+ of latency). 4G made it low enough to where high-bandwidth downloads over fiber backhaul was possible without constricting the TCP window as a result of high-latency.
5G is more primarily for increased capacity to each user (same reason 802.11ax was designed for WiFi) and about making more efficient use of spectrum.
4G is like using a 100mbps interleaved VDSL connection. 5G once fully deployed should be like using a 500mbps coax connection.
They would have had even faster service if they lowered the latency. Like replacing HDD for SSD in PC. Lower latency is what speeds things up the most, not higher speeds.
The spec has potential for single-digit added latencies from the switching portion of devices (unlike interleaving on DSL that can add around 35-50ms or the inherent triangulation of 3G networking that added 100ms+ of latency). 4G made it low enough to where high-bandwidth downloads over fiber backhaul was possible without constricting the TCP window as a result of high-latency.
5G is more primarily for increased capacity to each user (same reason 802.11ax was designed for WiFi) and about making more efficient use of spectrum.
4G is like using a 100mbps interleaved VDSL connection. 5G once fully deployed should be like using a 500mbps coax connection.
slyphnier
Senior Member
Posts: 813
Joined: 2009-11-30
Senior Member
Posts: 813
Joined: 2009-11-30
#5654386 Posted on: 03/26/2019 07:40 PM
there is physical limit with latency
how fast light can travel from west side of earth to east side, u cant cheating bypassing those distance
high-bandwith on other hand by making bigger size per transfer is possible, and theoritically make this faster
if there 1000packet, transfer each packet and each transfer need 0.2s = 1000x0.2 = 200s
now but each transfer can do 100packet = 1000/100 = 10x0.2 = 2s
except u talking for local, nation-wide connection only
and we also need to consider various things
1gbps okay cool, when using it on our phone, speedtest to host 700mbps+ still good
then ISP will be first speed-cap (most end-user internet-plan isnt dedicated 1:1 line)
nation-international gateway second speed-cap
then from destination server side speed/lantecy is third factor
in the end even over 100mbps barely achieveable, most country probably wont even reach 50mbps
well 5G is cool alright, but in reality i dont think we getting much faster connection
They would have had even faster service if they lowered the latency. Like replacing HDD for SSD in PC. Lower latency is what speeds things up the most, not higher speeds.
there is physical limit with latency
how fast light can travel from west side of earth to east side, u cant cheating bypassing those distance
high-bandwith on other hand by making bigger size per transfer is possible, and theoritically make this faster
if there 1000packet, transfer each packet and each transfer need 0.2s = 1000x0.2 = 200s
now but each transfer can do 100packet = 1000/100 = 10x0.2 = 2s
except u talking for local, nation-wide connection only
and we also need to consider various things
1gbps okay cool, when using it on our phone, speedtest to host 700mbps+ still good
then ISP will be first speed-cap (most end-user internet-plan isnt dedicated 1:1 line)
nation-international gateway second speed-cap
then from destination server side speed/lantecy is third factor
in the end even over 100mbps barely achieveable, most country probably wont even reach 50mbps
well 5G is cool alright, but in reality i dont think we getting much faster connection
gx-x
Senior Member
Posts: 1518
Joined: 2007-03-18
Senior Member
Posts: 1518
Joined: 2007-03-18
#5654401 Posted on: 03/26/2019 08:16 PM
Assuming you are connecting to your 5G source, which is 50m away at it's worst compared to cable what is the difference in latency? Light traveling over the world...is going to take the same time whether you are on cable or 5G
What I was talking primarily is sending a request to your closest point requesting to load some page from the internet "over there" and time before you actually get to that page. loading guru3d hardly requires 1gbit. I've watched YT videos using 4G just fine with bandwidth to spare (1080p). The slowest part is getting the video to start loading. It's not that long really, ~5s, but compared to cable it feels like an eternity.
well 5G is cool alright, but in reality i dont think we getting much faster connection
Maybe, but you are getting higher chances of tumors and cancer because you are microwaving yourself. And you can't even opt-out since the signal will be around you even if you don't have a phone with you.
Assuming you are connecting to your 5G source, which is 50m away at it's worst compared to cable what is the difference in latency? Light traveling over the world...is going to take the same time whether you are on cable or 5G
What I was talking primarily is sending a request to your closest point requesting to load some page from the internet "over there" and time before you actually get to that page. loading guru3d hardly requires 1gbit. I've watched YT videos using 4G just fine with bandwidth to spare (1080p). The slowest part is getting the video to start loading. It's not that long really, ~5s, but compared to cable it feels like an eternity.
well 5G is cool alright, but in reality i dont think we getting much faster connection
Maybe, but you are getting higher chances of tumors and cancer because you are microwaving yourself. And you can't even opt-out since the signal will be around you even if you don't have a phone with you.
Click here to post a comment for this news story on the message forum.
Senior Member
Posts: 1518
Joined: 2007-03-18
They would have had even faster service if they lowered the latency. Like replacing HDD for SSD in PC. Lower latency is what speeds things up the most, not higher speeds.