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Im a long time lurker, and been following alot of posts... let me just say that you guys really are geniuses...this is day 2 of having my tmobile tp2.. and i been reading your forums since yesterday morning non stop....
If you have the time im interested in this...
1- i seen a post on speeding up the time your usb charges your tp2. But didnt see the cab or the reg edit string.. if there is one... is there?
2- info for adding items, or removing "call history" from home screen? maybe replacing with more comon things like messaging...
3- any way to constantly keep a stock listed in the tf stock tab? instead of always having tgo type in the same stock?
4- i just bought tt6 for an older phone...obviously it wont work with tp2. and i dont want to pay $ for a new program. i spent it all on teh phone..
does WVGAFIX3 work? or any other programs top change res before starting TT6?
5- with out downloading or running programs.. when on homescreen, "camera" and "allpeople" are always on the bottom green bar.. can i replace them with somethign more usefull?
seriously....you guys are awesome...
Would also like to know how to speed up USB charging. Think i read somewhere you get 1000mah per hour with the charger and 500mah with USB charging.
yeah, home charger that came with the device is rated on the make as 1A, or 1000mah... and i do know that usb is 500mah.. or .5a standard..
but when using my tp2 while connected to usb, it sometimes gets a pop up message saying charge supply insufficient...
perhaps cable doesnt fit well in the phone? either way, usb charging is very slow...
USB ports on a computer cannot output more then 500Mah. this has nothing to do with the phone.
the Wall charger can only output 1000Mah, again, this has nothing to do with the phone. just the way it is.
if you wanted to charge the battery faster you could get a battery charger for Rccars. you will not get the battery to charge faster through conventional means.
FYI, the fastest you can safely charge the battery in the Tp2 is 1500Mah. (1C) or you will risk damaging the battery and limited recharge cycles.
By any chance are you sharing the same USB port with other devices through a USB hub?
not sharing any other devices on the usb port....
what you say makes sense, and i wouldnt use a charger more then 1000mah... not worth the risk...
MAYBE its all relative since working with it in hand constantly and charging usb wise...
ill actually test mine tomorrow and time how ling it takes to charge usb from 0 to 100%
just a note : current is measured in Amps or milliamps (ma) , mah is milliamp hours and refers to battery capacity. Chargers output ma , not mah.
Getting the insufficient power popup when trying to charge via USB means the computer isn't giving out enough current to the USB. Try using different USB ports... i've known some USB ports are able to give more power on the same computer... depending on what header theyre plugged into on the PC motherboard.
Try to find an original HTC Universal (Imate JasJar etc.) charger. It is rated for 1500ma. I use it once a month for my Touch HD (a somewhat higher amperage recharge can condition a weak battery but it gets pretty hot....so beware!) and I am still using my HD (9 months old) like it is new.
Regards,
Gordo
Hi Loueber,
in regards to point 4 I have used WVGAFIX3 with TT6, it basically swaps you phone to lower resolution leaving a black bar at the bottom of the display. But it does then allow older QVGA apps such ass TT6 to be run.
Hope that helps
This program should take care of you: http://www.nuerom.com/BlogEngine/page/nuePowernueBattery.aspx
without that the USB hub will only power up to 500ma, with that it'll go up to 1000ma like it would off a wall charger.
Not from USB, the wall charger offers a slightly higher voltage, and from that the phone knows it can draw down a higher amperage. The Nuerom power driver will maximize the power you can draw from USB, but it still will not draw over 500ma from USB.
Even if split the four wires from the USB charge cable, and hook power wires up to a 5.1V 1000ma wall charger, and the data wires to your computer it will STILL only draw 500ma. The phone has multiple different safety mechanisms to prevent draw of over 500ma from a USB port.
In short, the only way to charge at faster then 500ma is from a wall charger. Unless somoene hacks the power drivers for the TP2/Rhodium in a way that contravenes the built in safety mechanisms.
I used a female to female usb adapter.. usb to mini-b adapter.. and finally a Y adapter that came with a cheap (10$) SATA-to-USB hard drive enclosure.. It allows the HD to pull max current and not operate in wimpy .5A mode. This is useful for 7200rpm 2.5 inch hds.. but I digress.. One end is data+power, another is power only.. Pull the data plug and the charging light remains constant.. That tells me the TP2 is utilizing power from both sources. The same works for pulling the power-only plug.. I'm tempted to hook up the data port to the wall adapter and test out that 1.5A someone mentioned earlier..
I'll try it out tonight..
btw: I'm currently looking for a program to show me the power input.. So far, tbattery isn't playing nice with my 1% battery driver.
Blades said:
btw: I'm currently looking for a program to show me the power input.. So far, tbattery isn't playing nice with my 1% battery driver.
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Doesn't the previously mentioned nuePower control panel app do it?
There is some misconception on this.
In the USB connector at the phone, there is a pin that if grounded tells the phone to charge at a max of 1 amp. If it is floated, it charges at a max of 500ma. If you go over 500ma, you risk damaging some laptop USB ports, thus the reason for the limit when using a USB cable. The supplied charger grounds that pin and goes up to 1 amp.
So it doesn't matter if you have a 5.1 volt supply, or a 4.9 volt supply, or 1 amp available or 20 amps available. It will charge at 1 amp, or 500 ma. max depending on the charge mode pin.
The pinout that I have calls it pin B. It is the pin next to the ground.
http://www.hardwarebook.info/ExtUSB
I don't recall where I got it, but I have an inline plug that I can insert in the USB plug that has a switch. Flip that switch, and the current goes up to 1 amp from the USB port.
Theres a program called batteryinfo.exe located in \Windows. Its pretty simple.. but it does show the info I need. It does create a log file in \.. Safe to delete whenever (assuming app is closed). So far, I haven't seen anything above 1 amp.. Theres discharge current (how much mA your device is using) and charge current. They usually add up to around 1A.
This NC pin.. if this were grounded by the HTC AC adapter, wouldn't the other end (USB) of the cable have 5 pins?
I have the htc AV connector.. I'm sure that has all the necesary wires in the jacket. I don't want to cut it up yet tho..
It would probably be better to cut up a 'dongle'. I would make an rj45 connector for each row of pins. Once you have some cat5/5e/6 cable to play with, the possibilities are endless..
Any more info on this nc pin?
Anybody tried charging their phone with one of these dual USB-A to one mini USB-B Y cables? They typically come with external 2.5" drive enclosures to provide enough power for the drive. It could be cool for a fast full 1 amp charge via USB when no better charging option is handy, and certainly better than the majority of crapola mis-labled under-powered chargers out there. I just can't afford to be the guinea pig if such a cable uses proprietary pinouts and will fry the phone.
amps are pulled not pushed
Ohm's law == (Amp == Volt / resistence (Ohm) )
so your charger could be 1MegaAmps and your device would only draw as much as
volt being 5volts and the resistence would be what the charging system inside
the phone is which is also a constant
all the wallchargers we use for these devices with usb connectors got plenty more juice then .5amps usb provide
Thanks for the detail. I've never been good at sorting out volts, watts, amps, etc. Regardless, I'm not concerned about it providing too much juice, mainly that it's a proprietary non-spec cable that may use a proprietary pinout. There's a guy on PPCGeeks who successfully & briefly tried a similar cable without ill effects. Waiting on a promised in-depth test to see if it actually charges faster, etc. I'm still a bit chicken to try it as I can't afford to be phoneless right now.
Well, I went ahead & tried it. I loaded nuePowerCPL which showed just under 500 mA, same as a good quality USB cable. Interestingly, a wimpy skinny USB cable delivered only 160 mA. Maybe other PCs will yield better results, but the 2 into 1 cable offers no improvement for me.
I stumbled across a product specifically designed to charge from 2 USB ports:
http://www.ppctechs.com/HTC-Touch-P...l-Sync-USB-Power-Adapter-Y-Cable_1300-440.htm
I doubt it's any different than the portable hard drive cable I tried. I also read that some newer USB implementations can supply more than 500 mA, so those with different/newer motherboards may still benefit from this charging technique. It would be great if others could load nuePowerCPL and report their results.
Have you used 5 in 1 USB cable? The USB cable can transfer data and recharge at same time. I have never used so I am looking for the highest quality possible. Also, I would like to thank you all suggestions.
Rudegar said:
the resistence would be what the charging system inside the phone is which is also a constant
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That's not strictly true; at least some phones have two charging modes; slow (run from a USB port) and normal (when running from the wall). My Rhodium, for example, draws something like 2A when run from the wall charger. I understand that the wall charger has a slightly higher voltage than the 5v usually seen from a USB cable, and it is through this that the phone knows it can charge in "normal" mode.
Update: It works, just not enough of a difference to get super excited about:
http://forum.ppcgeeks.com/showthread.php?p=1664169#post1664169
I've been using a mix of old and new USB cables for charging and have noticed that some micro USBs from my Blackberry days will charge the TB but VERY slowly, even using the wall charger.
I want to order some more fast charging USB cables, but how do I identify the difference? What IS the actual difference between the cables?
Thanks!
Usb charging is normally slower than AC wall charging. Most cables are designed exactly the same but some chargers are suited for more amperage per hour. I'd recommend downloading the app -"battery monitor widget" and plugging in your charger and seeing what type of miliamp per hour rating you're getting off of that particular usb port. If the port is in front of the computer, normally those get slightly less voltage than the main ones in the back. Also If you're rooted make sure you aren't on an old outdated kernel that has trickle charge coding thats messed up. I normally get 500-800ma/h based off the AC wall chargers, and anywhere depending on what computer (Work vs Home) USB ports anywhere from like 150-350ma/h. Hope that little tidbit helps.
It is a bit complicted.
When you simply apply power, the Thunderbolt (and most micro USB phone) charges at a slow rate. I have measured this at around 350ma max on the Bolt. This is mainly because the USB port power standard on a PC is 500ma max. They need to stay under that.
By the micro USB standard, if you tie the two USB data lines (D- and D+) together, then the Thunderbolt goes into a fast charge mode. I have seen around 850ma max. You can place a piece of aluminum foil on the charger end (large USB) to short out the two center pins only and switch it to high rate.
Some cables tie the two wires together. Those are fast charge only cables that you can't used for a USB connection. Some chargers tie the two wires together. So they fast charge with any USB cable.
What gets complicated is that of course the charger needs to be capable of about 1 amp for the fast charge to work. AND, some cables use such small wire diameter, that they can't carry the high current rate. I have a couple of cheap cables that even on the fast rate, only carry around 300ma.
AND, if you have time, charge at the low rate. The battery and phone will run cooler, and the battery will last longer. My overnight charger is the lowest rate that I can get by with. But I need to use a super high rate when using the GPS on my motorcycle to keep up with the bright screen and such.
worwig said:
It is a bit complicted.
By the micro USB standard, if you tie the two USB data lines (D- and D+) together, then the Thunderbolt goes into a fast charge mode. I have seen around 850ma max. You can place a piece of aluminum foil on the charger end (large USB) to short out the two center pins only and switch it to high rate.
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Click to collapse
I did this for my CaseMate battery backup and was able to get 800ma charging from it...
If you are just looking for a good car charger, i highly recommend the Motorola Rapid Charger from amazon, they are about $5 shipped. Those charge at the AC "Fast Charge" rate.
converting usb standard to fast-charging
Basically, the cable that came with my tablet, which allowed fast-charging, crapped out. I bought what I thought was the same cable and it still didn't work the right way. In searching through the forums, a a phrase hit me... two-pin fast charging cable. Seeing that, I took a small knife and a pair of needle-nose pliers and extracted the two inner pins( data pins) from he USB side of my cable. The cable, without the data pins, became a dedicated fast-charging cable. I have done this process with three cables so far to see if it was a fluke and every one is capable of fast-charging. I hope anybody that has been hitting the wall on this, reads this, because I was getting very frustrated with the convulated answers some people were giving to address this (especially from Munich!). Try it out, you can bury me in ashes if it doesn't work for you!!!
It's not the cable, it's the brick you're using. My nexus 7 charging brick has a higher output than my tbolt brick, so I use my n7's to charge it in a fraction of the time. Never rely on your computer's usb port to charge your device especially if it's your daily driver
I am considering buying this usb charging adapter cable to help speed up my charging rate at work where I don't have an AC adapter and my work computer's usb ports are conveniently placed. From what I have read, normal usb charging maxes out at 500ma, but can be increased if your usb port has more juice if you short the data wires, which will tell the phone to grab more power because it thinks it is plugged into an AC adapter.
I have found this adapter http://www.dealextreme.com/p/usb-data-charging-extension-cable-for-samsung-p1000-black-91141
it is meant for a galaxy tab, but From what I see is that it has a switch that either allows data / slow charge or allows quick charging. I have purchased a few of these already because I'm assuming it will still work with my galaxy s2.
I'll let everyone know how it goes, but does anybody see a problem with this or think I'm going to fry my phone for any reason?
Thanks.
very interesting, heck it's only $3 bucks, might as well just buy it and find out
yes, charging via USB port sucks, it's too slow at 500 mAh
if that does the magic trick, by shorting it and making it believe it's an AC then it'll be nice, and it can pull around 1000 mAh off the USB port (depending on your computer mainboard)
Id be curious to see if this actually works but i see no fault in trying it
cbutters said:
I am considering buying this usb charging adapter cable to help speed up my charging rate at work where I don't have an AC adapter and my work computer's usb ports are conveniently placed. From what I have read, normal usb charging maxes out at 500ma, but can be increased if your usb port has more juice if you short the data wires, which will tell the phone to grab more power because it thinks it is plugged into an AC adapter.
I have found this adapter http://www.dealextreme.com/p/usb-data-charging-extension-cable-for-samsung-p1000-black-91141
it is meant for a galaxy tab, but From what I see is that it has a switch that either allows data / slow charge or allows quick charging. I have purchased a few of these already because I'm assuming it will still work with my galaxy s2.
I'll let everyone know how it goes, but does anybody see a problem with this or think I'm going to fry my phone for any reason?
Thanks.
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Click to collapse
Only the Galaxy Tablets have this limitation (they cannot be charged at all via computer usb only via their "special" wall adapter) so the adapter won't do anything for a phone. The adapter works on the tablet because what the adapter is doing is shorting 2 pins on the USB cable to fool the TABLET into thinking it is on the AC adapter "specially made" for it.
As long as you plug the phone it into a self-powered usb port (ie: a hub with a power brick) you will get max current the phone allows. The adapter will make no difference on the phone because the phone CAN charge off the PC port while the tablet cannot. It won't hurt the phone but it won't help it either.
MisterEdF said:
The adapter will make no difference on the phone because the phone CAN charge off the PC port while the tablet cannot. It won't hurt the phone but it won't help it either.
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Click to collapse
Thanks for the info on the galaxy tab, however I disagree with you in your opinion that an adapter that shorts the data wires will not help the phone to charge quicker.
It seems either the devices or android system itself limits charging to 500ma so it does not damage the computer, the phone itself knows that it is connected via usb, and will state "Charging: USB Plugged"
If you let the phone think it is connected to an AC adapter, it will allow the battery to accept whatever amperage you throw at it, and you will see that the system states "Charging: AC Plugged"
Obviously there are two modes of charging going on here.
See this thread:
see here:
http://forum.xda-developers.com/showthread.php?t=844284
Has anyone tried this yet?
I have found that using the Galaxy Tab chargers works the same way. They have a 2amp output vs the .5 amps that most blackberry chargers and USB use... It shortens the charge time significantly.
TMO SGS2, Darkside 3v8, Kernel Venom 3#5, UVLC8
Charger considerations
Hi,
I need advise for the following:
Charger A (Li-polymer battery) output : 5V, 1A
Charger B (Li-polymer battery) output : 5V, 500mA
Device input: 5V, 750mAH (Li-ion / Li-polymer)
When using Charger A, some people comment that it will limit the current of 750mAH for the device and the device's battery should be fine since both the charger and device are at 5V. However, some people comment that this will shorten the battery life of the device since it will perform a 'quick charge' using 1A.
When using Charger B, some people comment that the device will draw more current than it can deliver and causes it to heat up and reduces the charger's life. However, some people comment that Charger B will extend the battery life of the device since it performs a 'slow charge'.
I also read that USB pins on the charger denotes if the charger is a PC or a dedicated charger. If it is a PC, the device will limit the drawing current. If it is a dedicated charger, the device will draw more current to charge itself.
I am confused as to who is right and which charger should i be using.
Can someone enlighten me ?
Thank you very much.
as we know , for example the wall charger has output of 1A.
and battery capacity is 1750 mAh , so in theory , it should be 100% charged in 1750 mAh / 1000 mA = 1.75 hours.
but consider something like cable resistance or whatever , i think it should be fully charged like 2.5 hours or so ...
but what strange is, i have an old wall charger which was come from with Nexus S , only has 700 mA output and the new one came with Galaxy Nexus which has 1 A output. but my application , DX power booster , charge estimated time shows exact same with both 700 mA and 1 A ... i just don't get it as they have different output current ...
and i think , when charger is plug in, phones runs on power source directly from charger which will decrease the current goes to battery i think , so will the battery charging be short if i shut down my phone when it charges ?
and as for a USB , 5 V and 0.5 mA , which is only half of wall charger , then why does FAST CHARGE will make it as shortly as wall charger ?
because i think , no matter it is on or off , it doesn't alternate the fact that USB still only has 500 mA output ...
maybe they are stupid questions ... but i just failed my physics back the time i was student ...
My Gnex charges WAY faster when it's turned off. A few times I've left the house and realized I forgot to charge my phone overnight so I turn it off, put it on the car charger and usually have a useable charge even if it's a fairly short trip.
If you're phone is off, it's not using the power it's getting from the charger, therefore it will reach 100% faster
Sent from my Galaxy Nexus using xda premium
qtwrk said:
as we know , for example the wall charger has output of 1A.
and battery capacity is 1750 mAh , so in theory , it should be 100% charged in 1750 mAh / 1000 mA = 1.75 hours.
but consider something like cable resistance or whatever , i think it should be fully charged like 2.5 hours or so ...
but what strange is, i have an old wall charger which was come from with Nexus S , only has 700 mA output and the new one came with Galaxy Nexus which has 1 A output. but my application , DX power booster , charge estimated time shows exact same with both 700 mA and 1 A ... i just don't get it as they have different output current ...
and i think , when charger is plug in, phones runs on power source directly from charger which will decrease the current goes to battery i think , so will the battery charging be short if i shut down my phone when it charges ?
and as for a USB , 5 V and 0.5 mA , which is only half of wall charger , then why does FAST CHARGE will make it as shortly as wall charger ?
because i think , no matter it is on or off , it doesn't alternate the fact that USB still only has 500 mA output ...
maybe they are stupid questions ... but i just failed my physics back the time i was student ...
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Click to collapse
wall charging is only faster because your phone is not using battery while charging, so of course it would take a shorter time to reach full battery, thus appearing to charge 'faster'.
Fast charge is fooling the phone into thinking your charging from a wall socket instead of a usb, as when in usb mode it uses some of the power to transfer files between the phone and computer, so when in fast charge mode it only charges and cant be used to transfer files. this is from what i understand so far
vincentistan said:
wall charging is only faster because your phone is not using battery while charging, so of course it would take a shorter time to reach full battery, thus appearing to charge 'faster'.
Fast charge is fooling the phone into thinking your charging from a wall socket instead of a usb, as when in usb mode it uses some of the power to transfer files between the phone and computer, so when in fast charge mode it only charges and cant be used to transfer files. this is from what i understand so far
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Click to collapse
But what I don't understand is, no matter you transfer files or not, it doesn't alternate the fact that USB output is still 500 mA...
Sent from my Galaxy Nexus using xda premium
When you activate Fast charge you fool the USB port to think it doesn't have a communication device attached, and thus can deliver up to 1.5A on the port (dependent on port type). The phone charges faster when turned off because it doesnt use any power itself. The charging board on the phone will always control how much current you can recieve at all times (even when off).
Taken from Wikipedia.
Charging ports and accessory charging adapters
The USB Battery Charging Specification of 2007 defines new types of USB ports, e.g., charging ports.[46] As compared to standard downstream ports, where a portable device can only draw more than 100 mA current after digital negotiation with the host or hub, charging ports can supply currents above 0.5 A without digital negotiation. A charging port supplies up to 500 mA at 5 V, up to the rated current at 3.6 V or more, and drop its output voltage if the portable device attempts to draw more than the rated current. The charger port may shut down if the load is too high.
Charging ports exist in two flavors: charging downstream ports (CDP), supporting data transfers as well, and dedicated charging ports (DCP), without data support. A portable device can recognize the type of USB port from the way the D+ and D- pins are connected. For example, on a dedicated charging port, the D+ and D- pins are shorted. With charging downstream ports, current passing through the thin ground wire may interfere with high-speed data signals. Therefore, current draw may not exceed 900 mA during high-speed data transfer. A dedicated charge port may have a rated current between 0.5 and 1.5 A. There is no upper limit for the rated current of a charging downstream port, as long as the connector can handle the current (standard USB 2.0 A-connectors are rated at 1.5 A).
Before the battery charging specification was defined, there was no standardized way for the portable device to inquire how much current was available. For example, Apple's iPod and iPhone chargers indicate the available current by voltages on the D- and D+ lines. When D+ = D- = 2V, the device may pull up to 500 mA. When D+ = 2.0 V and D- = 2.8 V, the device may pull up to 1000 mA of current.[47]
Dedicated charging ports can be found on USB power adapters that convert utility power or another power source — e.g., a car's electrical system — to run attached devices and battery packs. On a host (such as a laptop computer) with both standard and charging USB ports, the charging ports should be labeled as such.[46]
To support simultaneous charge and sync, even if the communication port doesn't support charging a demanding device, so called accessory charging adapters are introduced, where a charging port and a communication port can be combined into a single port.
The Battery Charging Specification 1.2 of 2010 [12] makes clear, that there are safety limits to the rated current at 5 A coming from USB 2.0. On the other hand several changes are made and limits are increasing including allowing 1.5 A on charging ports for unconfigured devices, allowing high speed communication while having a current up to 1.5 A and allowing a maximum current of 5 A.
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