DA-70156
EAN 4016032271611
More than 3 years have passed since last update. More than 3 years have passed since last update. Driver for gv usb2 This item has an extended handling time and a delivery estimate greater than 13 business days. You are covered by the eBay Money Back Guarantee if you receive an item that is not as described in the listing. We have a strict policy of providing the best we can for all of our customers. We provide incredible customer service and you can always be sure that your screen, driver, and other parts are going to be the best of the best! Call us at 949-586-3338 if you have any questions for us! The GV-USB2 can be used directly with streaming software such as OBS, XSplit, and many Video editing applications (such as VirtualDub), however I recommend using AmaRecTV's Live output for the ability to simultaneously stream and record lossless video via AmaRecTV.
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Description
USB 2.0 to serial Converter, DSUB 9M incl. USB A Cable 80cm, FTDI chipset
Provides a serial RS232 interface via USB 2.0
- Enables data exchange between PCs and serial peripheral devices (machine control systems, modems, sensors, etc.) via the USB port.
- Meets the USB 2.0 standard
- Incl. 80 cm USB extension cable
- FTDI chipset for individual configuration
The DIGITUS® USB 2.0 serial adapter is a practical solution for serial connectivity. RS232 serial interfaces are no longer available on new hardware, so the DIGITUS® USB 2.0 serial adapter enables data exchange between a computer USB 2.0 port and peripheral devices with serial interfaces (COM port, RS232). These include, for example, weather stations, sensors, machine control systems, set-top boxes, gaming consoles, PDAs, scanners, modems, ISDN adapters and many other peripheral devices. The USB 2.0 serial adapter is downwardly compatible with USB 1.1 and enables adaptable baud rates of between 75 and 128,000 bits per second. The customizable FTDI chipset is compatible with all common operating systems and also supports power management and remote wake up. A separate power supply is not required, because the device is powered through the USB connection.
Technical Details
- Provides a serial RS232 interface via USB 2.0
- Meets the USB 2.0 standard
- Downward compatibility with USB 1.1
- Adaptable data transfer rates of between 75 and 128,000 bits per second.
- Supports remote wake up and power management
- Chipset: FTDI / FT232RL
- Customizable with the FTDI chipset
- 1× RS232 plug (Sub D 9-pole) / 1× USB A plug
- Interface: Full duplex
- Gilded contacts
- Incl. USB extension cable, approx. 80 cm
- Supports Windows 10, 8.1, 8, 7, Vista, XP, Mac OS X and Linux
- True 5V / 3.3V / 2.8V / 1.8V CMOS drive output and TTL input
- USB-C Products: no
Package content
- USB serial adapter
- USB extension cable
- Product support CD-ROM
Logistics
Number
(pcs)Weight
(kg)Depth
(cm)Width
(cm)Height
(cm)cm³ Packaging Unit Carton 150 13,00 50,40 21,30 47,00 50455,40 Packaging Unit Inside 1 0,09 18,50 8,50 2,30 361,68 Packaging Unit Single 1 0,09 9,00 9,00 3,00 243,00 Net single without Packaging 1 0,07 9,00 9,00 3,00 243,00 Downloads
Driver
Manual
Product Series
Interface Adapter
| USB to serial adapter USB to Serial Adapter, RS232 USB1.1, RS232 chipset PL2303RA | DA-70155-1 |
On this page you will find information regarding DVB-T2USB devices.
Please be aware that:- The information contained here is likely non-exhaustive and, despite best efforts to do otherwise, may contain errors. (Please help to keep these lists up-to-date so that they are useful for everyone!)
- If your device is not listed, try:
- searching the existing mailing list archives:
- Linux-Media Mailing List (LMML) archives (via vger or .... )
- or from the older mailing lists (now largely deprecated in favour of the LMML):
- dvb mailing list archives (via spinics or MARC ... )
- v4l mailing list archives (via .... )
- searching for information with Google or other internet search engine
- by posting a question about the device directly to the LMML (but please do conduct a search first, as it may already have been discussed!)
- Note: when it comes to support, it is generally a good idea to try the current V4L-DVB sources because some device drivers can be very new and thus may have not made their way into the mainstream kernel.
- searching the existing mailing list archives:
Linux Driver Download
- In any regard, in respect to the above listed suggestions, you may find it to be the case that your device is actually already supported or that experimental support is available.
- Because the component constitution on many devices are often similar or identical, there may be devices that are unlisted but may actually work with the existing driver framework for previously supported devices. In such a case, your non-listed but working device will likely be reported in your system messages as being one of those previously supported devices. If you encounter such an occurrence, please do report your success on the LMML so that proper detection/identification of your device can be added within the drivers.
- Lastly, it bears worth repeating the request: Please help to keep these lists up-to-date so that they are useful for everyone!
- 5In-Kernel 3rd party Drivers
- 6Closed source userspace drivers (mostly Sundtek)
Firmwares
Many of the devices on this page need a firmware, the best source for firmwares is OpenELEC dvb-firmware repository.
The firmwares on OpenELEC's repository are already extracted, just download the proper .fw file and copy to your firmware folder (usually /usr/lib/firmware).
DVB-T2 USB Devices
The following tables list the known DVB-T2 USB devices and provides a brief summary of their features and components. (or at least it should)
If you need more technical information on a device, have a look at its device specific wiki article if there is one.
The device specific article is linked via the device's name but not all are linked yet. If you find an article (e.g. via the search feature on the left) then please edit the device entry here add that link. Just click on the edit icon in the last column of the device's row.
If you are unsure about how to do it, click on the edit icon for a device that already has a link to see how it is done.Please feel free to create a device specific page if there is enough worthwhile information that doesn't fit in the comments field.
There is also a full detail table.
If you'd like to add a new device (supported or unsupported), please go to Template:USB_Device_Data and follow the instruction there.If a device is unsupported, please add with which OS/kernel version you tested last.
If you are experiencing problems with USB devices, it may not be the fault of the tuner. For example AMD 700 series chipsets (e.g. 780G) have a problem with USB ports which results in tuners working or partially working or not working at all. This can be solved by using a separate USB adapter with a reliable chipset (e.g. VIA 6212L, NEC).
| Vendor Device/Model | Supported | ID on Interface | Hardware | Firmware | Comment / Pictures | URL | E |
|---|---|---|---|---|---|---|---|
| ✘ No | 1c73:861f USB2.0 | N/A | This is a generic entry for the Anysee E7 line. If you have details for a particular device, please feel free to clone this entry and add the details. | [1] | |||
| ✔ Yes | 5654:ca42 USB2.0 | RealTek RTL2832U | [2] | [3] | |||
| ✔ Yes, in kernel since 3.14, Users reporting errors with DVB-T2 | 1f4d:d220 USB2.0 | Sony CXD2820R / NXP TDA18271HD/C2 / Cypress CY7C68013A | N/A | Looks like August DVB-T210 is a rebranded device with the same usbids. | [4] | ||
| ✔ Yes, in kernel since 3.0 | 2013:024f USB2.0 | eMPIA em28xx, Sony CXD2820R, NXP TDA18271HD/C2 | N/A | First DVB-T2 capable receiver with Linux support. Kernel 3.2+ or latest media-build may be needed for multiple Empia-based devices to work together. Details on development history. | [5] | ||
| DVB-T ✔ Yes, in kernel since 3.13, DVB-T2 ✔ Yes, in kernel since 4.6 | 15f4:0131 USB2.0 | RealTek RTL2832P, Panasonic MN88472 or MN88473, Rafael Micro R828D | Popular generic DVB-T2 USB tuner from different Chinese suppliers | [6] | |||
| GeniatechT230 MyGica T230 August T210v2 Geniatech PT360 (USB-OTG) MyGica PT360 (USB-OTG) D202 (USB-OTG, OEM) | ✔ Yes | 0572:c688 USB2.0 | Silicon Labs Si2148-A20 or Si2158-A20, Silicon Labs Si2168-B40, Cypress EZ-USB FX2 CY7C68013A | dvb-demod-si2168-b40-01.fw, dvb-tuner-si2158-a20-01.fw | kernel >= 3.19, remote control supported. | [7] | |
| GeniatechT230C MyGica T230C eyeTV T2 eyeTV T2 Hybrid eyeTV T2 Lite | ~ Partial You may have to build the drivers yourself | 0572:c689 USB 2.0 | Silicon Labs Si2141-A10, Silicon Labs Si2168-D60, Cypress EZ-USB FX2 CY7C68013A | dvb-demod-si2168-d60-01.fw dvb-tuner-si2141-a10-01.fw | Fully works if the correct drivers are used | ||
| GeniatechT230C2 MyGica T230C2 August DVB-T210 v2.0 | ✔ Yes, in kernel since 5.4 | 0572:c68a USB2.0 | Silicon Labs Si2141-A10, Silicon Labs Si2168-D60, Cypress EZ-USB FX2 CY7C68013A, Evolveo Sigma T2 | [dvb-demod-si2168-d60-01.fw, dvb-tuner-si2141-a10-01.fw] | Drivers can be built with media_build for older kernels. Evidence of August DVB-T210 v2.0 using Geniatech T230 in the past, ones bought today are likely to be T230C2 instead. | [8] | |
| ✔ Yes | eb1a:8179 USB2.0 | Silicon Labs Si2146, Silicon Labs si2168, Empia EM28178 | dvb-demod-si2168-a30-01.fw | kernel >= 3.19, remote control supported. | [9] | ||
| ✔ Yes | 2013:025f USB2.0 | Silicon Labs Si2157, Silicon Labs Si2168, eMPIA em28174 | dvb-demod-si2168-b40-01.fw | First version of the driver has been released, look here | [10] | ||
| ✔ Yes | 0b48:3014 USB2.0 | Silicon Labs Si2158, Silicon Labs Si2168, Cypress CY7C68013A | dvb-demod-si2168-a30-01.fw | [11] | |||
| ✔ Yes | 0b48:3012 USB2.0 | Silicon Labs Si2158, Silicon Labs Si2168, Cypress CY7C68013A | dvb-demod-si2168-a20-01.fw, dvb-tuner-si2158-a20-01.fw | [12] | |||
| ✔ Yes | 0b48:3015 USB2.0 | Silicon Labs Si2157, Silicon Labs Si2168, Cypress CY7C68013A | dvb-demod-si2168-b40-01.fw, dvb-demod-si2168-02.fw, dvb-tuner-si2158-a20-01.fw | Patch for v1.1 (2016) | [13] | ||
| ✔ Yes | 2040:0264 USB2.0 | Silicon Labs Si2157, Silicon Labs Si2168, eMPIA em28174 | dvb-demod-si2168-b40-01.fw | First version of the driver has been released, look here | [14] | ||
| HauppaugeHauppauge_WinTV-dualHD Model 01590 | ✔ Yes, in kernel since 4.17 | 2040:0265 USB2.0 | Silicon Labs Si2157, Silicon Labs Si2168,Empia EM28274 | dvb-demod-si2168-b40-01.fw | Kernel >=4.7 first tuner only, kernel patch for both tuners. Kernel >=4.17 both tuners suported. | [15] |
Currently Unsupported DVB-T2 USB Devices
If you own one or more devices from the following list and you want to help with support development, please contact the Linux-Media Mailing List (LMML). Note that if your device is similar to or contains components for which driver development is currently being undertaken, then it is possible that you will pique the developers' interest and can obtain some assistance that, possibly, leads to full support for your device.However, please note that inquiries to the mailing list:
- Should NOT be treated as an order drop-off queue. You're soliciting help from volunteer developers who work on V4L-DVB matters in their spare time, and such work can be non-trivial (i.e. requiring even thousands of hours work). So being demanding is one sure route to being ignored. (Honestly, this point really shouldn't even need to be written, but you'd be surprised at the number of irrational individuals who write into the mailing list demanding this or that).
- May pass without garnering a response—a distinct byproduct of the fact that there are a limited number of developers, whom might be able to help, that are associated with the project. Often times, even if they wished to help, their energies are entirely tied up with other projects. In such cases, the best path might be to try to spearhead the driver development for your device yourself, or hire someone who can.
Please don't add your device here, instead add it to the table above.
Supported by 3rd Party Drivers
Sometimes a manufacturer forks v4l-dvb all on their own and writes a driver for their device so they can claim Linux support.
In-Kernel 3rd party Drivers
Advantages:
- It's possible your device will work.. for the moment.
- If the manufacturer provides open source drivers with an acceptable license, volunteers could technically implement this code in the Linux kernel for true support. However.. :
Disadvantages:
- The quality of the code (if open, there are also cases where you just get a binary blob) too often just isn't good enough and there's still too much work to be done to make the device work. There was probably a reason the manufacturer didn't just send their patches to the linux-media mailinglist.
- Depending on what exactly the manufacturer did, you may have to reinstall the drivers every time your kernel is updated.
- When the manufacturer stops updating the drivers, the drivers will quickly refuse to install as newer kernels are released.
In case a manufacturer provides open source drivers the patches can be sent to the linux-media mailinglist Linux-Media Mailing List (LMML). Keep in mind however that if the license isn't compatible with the Linux kernel or the quality of the code isn't good enough, these will not become a part of the Linux kernel.
NOTE:As linux media drivers are character based, drivers can be also written using libfuse's character device in userspace example.If written that way, an out-of-kernel driver can be written, which fully integrates to udev without the disadvantage of closed source or incompatibility to other drivers. Such driver would rely on kernel fuse and character device in user space support as well as libfuse.
Closed source userspace drivers (mostly Sundtek)
Advantages:
- Same driver may be usable for different Linux versions, depending on what vendor did.
- No need to reinstall drivers when your kernel is updated.
- Drivers can be profiled easily and more accurately than in kernelspace.
- If the driver crashes, it won't crash the system or kernel, only the driver and applications using the driver will be affected. Userspace drivers can also be used when debugging drivers for USB host controllers, as the userspace driver can't crash the system, making debugging easier.
- If the manufacturer would stop to support the drivers, the userspace driver may still continue to work with newer Linux systems
Disadvantages:
- You can't look into the sources. While this may be not a problem for end-users, it prevents hacking devices and trying to fix bugs (usually not a problem for endusers)