do all mobile carriers support 3g2 video format?
494699
No, many have their own propritary format, others use open source formats like WMV
879228
You need a data cable and software from www.nokia.com or \n\nIf your computer and phone have in-fared capabilities you would be able to send the file to your phone that way or\n\nTry emailing the video to your cell providers email address. Cingular phones would be in this format; 18182225555@mycingular.com etc
408402
There is a AVI Capture format (under custom) but I not sure if it compressed or uncompressed \n(does say something about UYVY video format (native))\n\nI have one in my old 900MHz computer, but I never seem to get it setup correctly. I just it as a video card.
848081
I think you have to convert it to another format... try this program to do this ...http://66.235.214.35/downloads/xilisoft/x-3gp-video-converter.exe \nafter you convert it .. try to put it on a disc again.....\n*************************\nI hope it's gonna work..\nGood Luck;
429313
The video carrier is a.m.\n\nThe audio carrier is f.m.
212527
A *.3gp file can be played with Real Multimedia player. If u already have a real media player and is still unable to play th .3gp file, u will have to upgrade ur version or might can even download a brand new Real media Player.Make sure u select .3gp whenever you are prompted during the download or install of the Real player. Thanks
972288
NO.....motorola "v3" does NOT support a memory card...... the "v3i" version of the handset does have extendable memory card and is only a bit costlier than v3.......\n\n i have v3 silver....and i did the same mistake that u just made... :-)
564899
You need Nokia Multimedia Converter 2.0 in order to convert common multimedia file formats (such as MPEG, AVI, MOV or MP3) to video 3GPP format. \nRead here about where to download and how to install Nokia Multimedia Converter \n\n1. In the menu, select File > Open. A dialog opens. The shortcut for this is to click the Open button in the toolbar. Browse for the video file you want to convert and click Open. Alternatively, you can drag-and-drop a file to Multimedia Converter.\n\n2. Select one of the image size options.\n\n- sub-QCIF (128x96).\n- QCIF (176x144).\n\n \n\n3. Select the desired target video frame rate from the Frame rate drop down menu \n\n4. If you want to add periodic key frames to obtain faster random access, enter the desired key frame period in the Intra period edit box.\n\n5. If necessary, change the quality of the video by setting the video bit rate in the bit rate drop down menu. The higher the bit rate is, the higher the quality of the converted video.\nNote : The video bit rate of 128kbps is not a standard bit rate, and will only work with certain phones. \n\n6. If the file contains sound, select the audio format (AMR or WB-AMR) and audio bit rate. WB-AMR produces higher quality sound than AMR. Selecting a higher bit rate increases the quality of the sound, but it produces larger files. \n\n7. It is also possible to set the maximum size of the converted file in the Max file size edit box.\nIn MMS, the size of a video file cannot exceed certain values; for example, 100 kB, because some WAP gateways might block the transfer of larger files, operators might prefer to limit the file size to reduce air-traffic, or because not all MMS client and server implementations support large file sizes. When you set a maximum file size limit, you cannot define the video or audio bit rate. They are adjusted automatically so that the converted file contains the whole original file from the given start point and so that its size is equal to or smaller than the given size limit. If the given size limit is too small to meet by reducing the video and audio bit rates, the converted file is truncated (shortened from the end). Note : When the max file size option is used, Multimedia Converter selects the encoding parameters so that in normal cases the file size limit is not exceeded. In some cases due to acomplex video clip, this limit can be slightly exceeded. It is strongly recommended that you check the size of the produced file after the conversion, and if necessary, set the Max file size limit somewhat smaller. \n\n8. You can start the conversion from an offset point. Set the time stamp of the offset in the Start time edit box. The shortcut for this is to keep the CTRL key pressed and slide the original file location indicator to the desired position. This updates the time stamp information in the Start time edit box. \n\n9. Click Convert. Another dialog pops up and shows the progress of the conversion. After the conversion is finished, you can view the converted file in the playback window. You can select the original or converted video for playback by selecting “Original” or “Converted” from the drop down menu.
1030584
I think 3G is compatible in Japan.\nHowever, there are several standards of 3G.\n\nIf your cell support following formats, I think you can call as roaming call.\n W-CDMA\n CDMA2000\n\nYou had better ask local cell agents.
358332
It is not depend on the compact flash type,\nYou need a software to do that and your PDA should support GSM.
362680
Not sure that will matter but your not going to get 2MB no matter what they say. \n\nwhat do you see from DSL Reports and others? Are you in EVDO or 1x?
39565
you can download the 3GP converter from this link\n\nhttp://www.shareup.com/3GP_Video_Converter-download-25710.html
333424
From my Experince No, I have had 3 diffrent carriers and none of them allowed it.
714505
Third Generation (3G) is the latest technology for mobile devices and services. 3G is touted to be the next major technology in the mobile industry to stimulate growth and change the way we all do business.\nWhat does 3G provide? The drivers toward 3G wireless technology are its significantly increased data speeds (up to 2 Mbps) and a whole range of multimedia services such as access to corporate LANs, video conferencing, location tracking, sending/receiving email, and surfing the Internet to name a few. The move to 3G has been slowed by the recent three year downturn in the telecom industry, but many wireless providers have already begun to make the change. Since this transition is unavoidable, those service providers which are first to offer these advanced multimedia services will be among the leaders to realize the significant economic rewards\n\nAccording to market analyst Yankee Group, European carriers are expected to spend approximately $274 billion ($US) to upgrade their networks for 3G services. In the United States it is expected that 2.5G and 3G upgrade expenditures may exceed $100 Billion and in Asia, $50 Billion\n3G technologies use higher frequencies for base station-to-handset connectivity than 2G networks. Consequently, each 3G base station has a much shorter range and smaller associated coverage area. It is generally agreed that 3G networks require four to five times as many base stations to obtain the same coverage as 2G networks. Also, because of more advanced services and even greater number of subscribers and higher average data rates, even more base stations are needed to cover the same geographical area\n\n3G network architecture is very similar to that of 2G networks, except for a few new network elements in the core network to accommodate the packet data. In 3G networks, the Radio Access Network portion incorporates a new base station component called Node B that performs the same function that the Base Station Transceiver (BTS) does in 2G. Also, the Radio Network Controller (RNC) in 3G networks replaces the 2G Base Station Controller (BSC). The traffic from the BTS to the BSC in 2.x generation networks is typically carried over TDM-based circuits. With 3G networks, the traffic from the Node B to RNCs is Asynchronous Transfer Mode (ATM)-based or Internet Protocol (IP)-based. For both 2.xG and 3G, these backhaul circuits are either T1/E1 or equivalent IP connections.\nEarly 3G implementations co-located 3G Node Bs with 2G base stations (BTS) at the same cell site location. In some cases, there may also be the BTS from the 1G (analog) network at this site. This may result in three distinct and separate backhaul networks to carry traffic from each generation of the network. For example, Cingular is operating an overlay of AMPs (Advance Mobile Phone Service), TDMA, and GSM. Eliminating the overlay presents mobile operators with cost-saving opportunities.\n\nSince the new wireless standards are packet based, user data traffic is not always constant. This “bursty data” results in T1 or E1 backhaul circuits from the base stations that are only moderately utilized. Since the TDM-based backhaul circuits for both 1G and 2.xG networks lack the “optimized” multiplexing capabilities inherent in data networks, a better solution is to use ATM or IP for backhaul. This allows ability to over-subscribe as these interfaces can efficiently handle the bursts of data traffic.\n\nWith the worldwide mobile subscriber base growing and the use of bandwidth intensive data applications increasing, more and more T1 and E1 circuits will be required to backhaul traffic from these 3G base station upgrades. A large number of lightly loaded T1 or E1 backhaul circuits are not only cost-prohibitive, but also consume an enormous number of ports on the BSC or RNC. These ports are very expensive and require large amounts of physical space at the Mobile Switching Office (MSO). Therefore, aggregating these backhaul circuits into highe
625283
The phone has to support access to the camera through implementation of MMAPI (JSR135, JSR234). This is a completely optional package and will only be available on a limited set of phones.\n\nEarlier phones may have a vendor specfic API to access the camera. I know I once saw a photo morphing midlet that accessed the camera on a Nokia 3650. I researched a little for someone on how to do it, but the project never got off the ground. I don't remember the specifics, but as I remember it was not trivial. An MMAPI/MIDP2 phone would be a much better option.\n\nCheck the link below for more information on MMAPI/MIDP2/JSR135/JSR234\n\nGood luck.
569853
Seems you need to sign something a lot like a mobile phone contract to get one.   I spent £60 and then £25/month to get a Vodafone 3G/GPRS at 250MB/month.  It's OK but a bit crash happy.
1014950
I don't know of any PDA/palmtop device currently on the market that supports video out.\n\nHowever, some Ultra-Portable notebooks provide this feature.