Hi may i know you are upgrading from vip5?
And yo register by phone or direct walk in to tm point ?

no, from VIP10
walk in to TM Point (TM Point Serdang) to be exact
took me less than 24 hours to get upgraded

Huhu i ask the account holder call to tm cs and ask about the upgrading from vip5 to 30mbps. But the cs do not know anything

Hello all,

i recently upgrade from vip10 to unifi30 few weeks ago. but when i test speedtest2.unifi, my donwload speed was 5mbps and not 30mbps as promised. upload speed id fine at 5mbps. i've called and lodge report to TM. accrding to them, they'ce set to 30mbps and my problem could be port problem. they will send technician within this coming days to check

to anyone have this kinda problem?

fyi, my unifi equipemnt still using stock set (original unifi equiptment) with minor router setting

hope can help me

tks

Need to do something at pole, outside ur house.

just wondering, trg212m can support 30mbps?

doesnt make any sense..
you sure they have succesfully upgraded your package ?
how's your upload speed like ?

confirm upgrade to vip30 cause upload speed is 5mbps only..

confirm upgrade to vip30 cause upload speed is 5mbps only..

confirm upgrade to vip30 cause upload speed is 5mbps only..

Are there any special promotions for VIP5? Currently planning to upgrade from Streamyx 1MPs.

Did the telemarketer mention that the free calls will be maintained or no more free calls?

Free call still remain, fee is RM219

I suggest powerline.

While you may have a hard time getting more than 400Mbps to your smartphone via 802.11ac, 802.11ax should deliver real-world speeds above 2Gbps. And in a lab-based trial of technology similar to 802.11ax, Huawei hit a max speed of 10.53Gbps, or around 1.4 gigabytes of data transfer per second. Clearly, 802.11ax is going to be fast. But what is it exactly?

How fast is 802.11ax?
Let’s say we take the more conservative 4x estimate, and assume a massive 160MHz channel. In that case, the maximum speed of a single 802.11ax stream will be around 3.5Gbps (compared with 866Mbps for a single 802.11ac stream). Multiply that out to a 4×4 MIMO network and you get a total capacity of 14Gbps. If you had a smartphone or laptop capable of two or three streams, you’d get some blazing connection speeds of 1GB per second or more.

In a more realistic setup with 80MHz channels, we’re probably looking at a single-stream speed of around 1.6Gbps, which is still a reasonable 200MB/sec. If your mobile device supports MIMO, you could be seeing 400 or 600MB/sec. And in an even more realistic setup with 40MHz channels (such as what you’d probably get in a crowded apartment block), a single 802.11ax stream would net you 800Mbps (100MB/sec), or a total network capacity of 3.2Gbps.

802.11ax range, reliability, and other factors
So far, neither the Wi-Fi Alliance nor Huawei has said much about 802.11ax’s other important features. Huawei says “intelligent spectrum allocation” and “interference coordination” will be employed, but most modern WiFi hardware already does that.

It’s fairly safe to assume that working range will stay the same or increase slightly. Reliability should improve a little with the inclusion of OFDA, and with the aforementioned spectrum allocation and interference coordination features. Congestion may also be reduced as a result, and because data will be transferred between devices faster, that frees the airwaves for other connections.

Otherwise, 802.11ax will work in roughly the same fashion as 802.11ac — just with massively increased throughput. As we covered in our Linksys WRT1900AC review, 802.11ac is already pretty great. 802.11ax will just take things to the next level.

Do we need these kinds of speeds?
The problem, as with all things WiFi, isn’t necessarily the speed of the network itself — it’s congestion, and more than that even, it’s what the devices themselves are capable of. For example, even 802.11ax’s slowest speed of 100MB/sec is pushing it for a hard drive — and it’s faster than what the eMMC NAND flash storage in most smartphones can handle as well. Best-case scenario, a modern smartphone’s storage tops out at around 90MB/sec sequential read, 20MB/sec sequential write — worst case, with lots of little files, you’re looking at speeds in the single-megabyte-per-second range. Obviously, for the wider 80MHz and 160MHz channels, you’re going to need some desktop SSDs to take advantage of 802.11ax’s max speeds.

Not every use-case requires you to read or write data to a slow storage medium. But even so, alternate uses like streaming 4K video still fall short of these multi-gigabit speeds. Even if Netflix begins streaming 8K in the next few years (and you thought there wasn’t enough to watch in 4K!), 802.11ax has more than enough bandwidth. And the bottleneck isn’t your WiFi there; it’s your internet connection. The current time frame for 802.11ax certification is 2018 — until then, upgrading to 802.11ac (if you haven’t already) should be a nice stopgap.