This receiver is a huge improvement over the D11 and D12 series receivers and can receive both SD and HD broadcasts.
I was puzzled and after spending a lot of time on the phone and chatting with DirecTv I asked DirecTV to remove older SD receivers from my account, which I was going to do anyway and replace with two of these receivers, then all of sudden I had access to HD channels. When I first received the receiver it would not allow me change the Display Preference to show HD channels as the option did not exist. Finally, if you are replacing an SD receiver you have to contact DirecTV to activate HD on your account. DirecTV will charge you a one time fee of $99 for the receiver. Third, the $99 you are paying Solid Signal is an activation fee. Second, you will need to contact Solid Signal to ping the receiver to activate it. First, you do not own the receiver, you are still leasing it from DirecTV. A couple of things to know before you order this receiver. SDR receivers (Software Defined Radio) perform all signal processing in software, offering multi-standard support, access to all data in the channel, and.
Sat receiver radio software#
The software is capable of running on the Raspberry Pi 2 and demodulating and decoding the signal, and then fully assembling the decoded signal into files and images.For those who want an excellent receiver without having to have a DirecTV tech come to your home for whatever reason (e.g. It may be possible to extend the 1.9 GHz L-Band dish for better reception with panels from a second cheaper 2.4 GHz grid dish, and this is what did in his setup.įor software Pieter uses the open source goestools software that Pieter himself developed. If the elevation is lower at your location he mentions that a larger dish may be required. With this dish he is able to receive all three GOES satellites at his location with the lowest being at 25 degrees elevation. Pieter also notes that he uses the stock 1.9 GHz feed on the L-com antenna, and that it appears to work fine for the 1.7 GHz GOES satellite frequency. The total cost of all required parts should be less than US $200 (excluding any shipping costs). It is similar to their 1.5 GHz Inmarsat LNA, but with a different SAW filter designed for 1.7 GHz GOES satellites. The SAWBird is a yet to be released product from NooElec. He uses an RTL-SDR, a 1.9 GHz grid dish antenna from L-Com, a Raspberry Pi 2, the NooElec 'SAWBird' LNA, and an additional SPF5189Z based LNA. The first and second radio services are broadcast in first and second. Phil Harman VK6APH wrote the software for the groundbreaking Mercury Software Defined Radio receiver, the first ham radio SDR receiver to digitize a wide RF stream basically at the antenna connector and do everything in software. A satellite digital radio receiver for receiving first and second radio services. The whole series is about three hours, but they are absolutely worth watching. However, Pieter has shown that it is possible to receive these images on a budget. Designing the Mercury SDR Receiver recorded at TAPR 2008. In the past we've seen people receive these images with higher end SDRs like the Airspy and SDRplay. However fortunately, as they are in a geosynchronous orbit, the satellite is in the same position in the sky all the time, so no tracking hardware is required. So compared to the more easily receivable low earth orbit satellites such as the NOAA APT and Meteor M2 LRPT satellites, a dish antenna, good LNA and possibly a filter is required to receive them. As the satellites are in geosynchronous orbit, they are quite a bit further away from the earth. In particular they send beautiful high resolution 'full disk' images which show one side of the entire earth. GOES 15/16/17 are geosynchronous weather satellites that beam back high resolution weather images and data. Over on Twitter and his github.io page, Pieter Noordhuis ( has shared details about his low cost RTL-SDR based GOES satellite receiving setup.
Sat receiver radio driver#
Manual gain controls and decimation driver.Measuring Traffic Volumes with Passive Radar.SignalsEverywhere Direction Finding Tutorial.Measuring Filter Characteristics & VSWR.Performing Replay Attacks with RTL-SDR and RpiTX.QRP (FT8, JT9, WSPR etc) Monitoring Station.Decoding 433 MHz ISM Band Weather Stations.all elements of the receiver from the antenna, front end radio design. GOES 16/17 and GK-2A Weather Satellite Tutorial Akos has a deep background in satellite navigation technology.
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