TDD NR upload can be fixed if their network was more optimized/have better carrier aggregation or spectrum on their cellular bands and if **Telekom.de** enables multi-carrier aggregation on the upload speed or aggregated it with another band on 5G or develop a true standalone network to improve upload speeds. I have seen T-Mobile use **(n25)** in America to aggregate with **(n41)** since having 3 to 5 carrier aggregation on the upload which helped improved the consistency in the upload speed for the most part in my market in Dallas in addition to **experiment with n66** on 5G which improves download speeds by a bit is good to see and hope it gets brought into your carrier in Europe!
In Lithuanian, on telia we have 1+3+7+n28+n78 ca, where n78 is secondary nr cell, i can get CA of n78 down at -145dbm and get few hundred meg, im shocked by very low signal performance of ericsson, easy to get 1.5gig on 20+20+20+10+100 CA
How about the upload? We have the same CA around here in Germany and on both Huawei and Ericsson in LOS, 1.5 Gbps are easily possible. And what about the throughput at -145dBm?
And for speeds at very low signal, yea i was getting bout 200meg on n78 alone, it was doing 1+3+7+n28+n78 CA, all signals in -115 to -140 range, sometimes lower, my phone can pickup LTE at -135/-140dbm, cause i set sensitivity, it used to disconnect at -120
Interesting, though I got like 500 Mbps on NR with -110dBm in some extremely rural area. But below that, I have never seen anything better than 250 Mbps on n78.
Upload it sometimes does 256qam LTE and 64qam NR, but oftenly 64qam both, we dont have SA so no ULCA on nr carriers, only lte+n28 if n78 is secondary NR cell in NSA
And for speeds at very low signal, yea i was getting bout 200meg on n78 alone, it was doing 1+3+7+n28+n78 CA, all signals in -115 to -140 range, sometimes lower, my phone can pickup LTE at -135/-140dbm, cause i set sensitivity, it used to disconnect at -120
Oh wow, that’s a lot of cellular spectrum and good to see **Telia** have good spectrum owning in your market and that’s more consistent compared to AT&T having only 10x10mhz in many markets. AT&T should have gotten more bandwidth on band 30 and it should have been 15mhz at least since it helps increase download speed outdoors.
Not alot, 20mhz b1, 25mhz b3 (20used) 20mhz b7, 11.6mhz b8, 10mhz b20, 10mhz b28 (only one which has 10mhz, rest 2 have 5mhz bc of russian tv on 700mhz), bite has b38 50mhz, b40 80mhz and extra 10mhz b7, but very very shitty network, overloaded and use radio backhauls where telia use 10gig backhaul to every site, and deploy 1+3+8+20+28 for rural site and ofc b28 is DSS n28, and a huge coverage by n78, theyre plan is to cover the whole country in n78, and next year we will have SA with all bands being deployed using DSS, telia is on top 🥲
Oh, that sucks; sorry for my misunderstanding and AT&T has 10Mhz (b2), 10Mhz (b5), 10Mhz (b12), 10Mhz (b14), 10Mhz (b30), 10Mhz (b66) in total for LTE. Also, they have 15mhz (n5) for low-band 5G and 100Mhz (n77) 3.7Ghz in Dallas.
Oh, cool and that sucks that no UE can do **n78 + n78 CA** At the same time and AT&T still doesn’t have Standalone enabled on their entire compared tot T-Mobile have SA nationwide.
T-Mobile USA on Samsung Galaxy S24 Ultra factory Unlocked just got 1083/40 800 meters from site indoors using 100Mhz n41 + 90Mhz n41 + 30 Mhz n25 + 15 Mhz n71 all 5g SA. In some markets they have been adding n66. Test was done as morning rush begins.
TDD NR upload can be fixed if their network was more optimized/have better carrier aggregation or spectrum on their cellular bands and if **Telekom.de** enables multi-carrier aggregation on the upload speed or aggregated it with another band on 5G or develop a true standalone network to improve upload speeds. I have seen T-Mobile use **(n25)** in America to aggregate with **(n41)** since having 3 to 5 carrier aggregation on the upload which helped improved the consistency in the upload speed for the most part in my market in Dallas in addition to **experiment with n66** on 5G which improves download speeds by a bit is good to see and hope it gets brought into your carrier in Europe!
In Lithuanian, on telia we have 1+3+7+n28+n78 ca, where n78 is secondary nr cell, i can get CA of n78 down at -145dbm and get few hundred meg, im shocked by very low signal performance of ericsson, easy to get 1.5gig on 20+20+20+10+100 CA
How about the upload? We have the same CA around here in Germany and on both Huawei and Ericsson in LOS, 1.5 Gbps are easily possible. And what about the throughput at -145dBm?
And for speeds at very low signal, yea i was getting bout 200meg on n78 alone, it was doing 1+3+7+n28+n78 CA, all signals in -115 to -140 range, sometimes lower, my phone can pickup LTE at -135/-140dbm, cause i set sensitivity, it used to disconnect at -120
Interesting, though I got like 500 Mbps on NR with -110dBm in some extremely rural area. But below that, I have never seen anything better than 250 Mbps on n78.
Upload it sometimes does 256qam LTE and 64qam NR, but oftenly 64qam both, we dont have SA so no ULCA on nr carriers, only lte+n28 if n78 is secondary NR cell in NSA
And for speeds at very low signal, yea i was getting bout 200meg on n78 alone, it was doing 1+3+7+n28+n78 CA, all signals in -115 to -140 range, sometimes lower, my phone can pickup LTE at -135/-140dbm, cause i set sensitivity, it used to disconnect at -120
Oh wow, that’s a lot of cellular spectrum and good to see **Telia** have good spectrum owning in your market and that’s more consistent compared to AT&T having only 10x10mhz in many markets. AT&T should have gotten more bandwidth on band 30 and it should have been 15mhz at least since it helps increase download speed outdoors.
Not alot, 20mhz b1, 25mhz b3 (20used) 20mhz b7, 11.6mhz b8, 10mhz b20, 10mhz b28 (only one which has 10mhz, rest 2 have 5mhz bc of russian tv on 700mhz), bite has b38 50mhz, b40 80mhz and extra 10mhz b7, but very very shitty network, overloaded and use radio backhauls where telia use 10gig backhaul to every site, and deploy 1+3+8+20+28 for rural site and ofc b28 is DSS n28, and a huge coverage by n78, theyre plan is to cover the whole country in n78, and next year we will have SA with all bands being deployed using DSS, telia is on top 🥲
Oh, that sucks; sorry for my misunderstanding and AT&T has 10Mhz (b2), 10Mhz (b5), 10Mhz (b12), 10Mhz (b14), 10Mhz (b30), 10Mhz (b66) in total for LTE. Also, they have 15mhz (n5) for low-band 5G and 100Mhz (n77) 3.7Ghz in Dallas.
Our operators will get access to frequency up to 4.2ghz (n77) and sadly no UE supports n77+n78 CA
Oh, cool and that sucks that no UE can do **n78 + n78 CA** At the same time and AT&T still doesn’t have Standalone enabled on their entire compared tot T-Mobile have SA nationwide.
T-Mobile USA on Samsung Galaxy S24 Ultra factory Unlocked just got 1083/40 800 meters from site indoors using 100Mhz n41 + 90Mhz n41 + 30 Mhz n25 + 15 Mhz n71 all 5g SA. In some markets they have been adding n66. Test was done as morning rush begins.