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Detalles
Voltaje de funcionamiento: 3.6V-5V (o fuente de alimentación USB directa)
Velocidad de baudios de funcionamiento: 9600 (se puede modificar)
Batería de botón recargable a bordo
E2PROM integrado puede guardar datos de parámetros
El formato de salida NEMA es compatible con NEO-6M
Áreas de aplicación:
Montaje en vehículo, dispositivos de mano como PDA, monitoreo de vehículos, teléfonos móviles, videocámaras y otros sistemas de posicionamiento móvil, compartiendo bicicleta, compartiendo energía móvil
Will P.
Comentado en los Estados Unidos el 3 de marzo de 2025
I have been using this GPS module for several months to turn a Raspberry Pi into a home NTP server and it is working great. I needed to use an active antenna to get a stable signal indoors, but that was pretty much expected.
Owen MacPherson
Comentado en Canadá el 26 de agosto de 2024
Performs well with included antenna inside boat, acquires satellites quickly. Needed to convert output from ttl to RS232 4800 baud for my marine application. Once the power was connected just needed TXD and ground to get the signal over to the radio.
Eduardo89
Comentado en México el 12 de noviembre de 2024
The product is great
R. Cushing
Comentado en los Estados Unidos el 18 de octubre de 2023
This one worked right out of the box. Plugged it into a 3.3v source and within an hour it came to life and the PPS light started blinking. I ran a free windows program (U-center 22.05) on a laptop to verify that the GPS was working. It took some fiddling but eventually the program showed all the data I expected to see. This GPS requires a "serial to USB" adapter since the GPS output is not compatible with USB protocol of my laptop. No instructions came with the unit.Update after 1 month of use: The module runs on 5V and has a 3.3V regulator onboard. Acquires a 3D fix in less than 2 minutes after being powered-up. Antenna is indoors. I use this GPS to routinely update a QRP-Labs radio transceiver with time, location and frequency information. No "serial to USB" adapter needed in this application. Output logic level is 0 to 3.1 volts. Works flawlessly.
Dave in San Diego
Comentado en los Estados Unidos el 20 de julio de 2022
I found tinygps in arduino did not fit my needs, I wrote my own. It is possible to suppress nmea "sentences" and make this into a master/slave where you make PUBX requests and process the response, otherwise this thing does not shut up and overruns the processor and buffer, leaving no cycles for anything other than serving a flood of packets. My code for GPS synced epoch time is on github. Dave in SDHere is a headstart if interested:onstart//RMCx5 slows RMC to every 5 cycles...//time info may be ephemeral (warm start) time may be from a 2d fix, check GSAsprintf(pubx40,"$PUBX,40,RMC,0,5,0,0,0,0"); //page 82if (SetCheckSum(pubx40, sizeof(pubx40))) {String sPubx=pubx40;Serial.print(sPubx);gpsSerial.print(sPubx);}//noGSV turns off GSV a useless sentence, just because a satellite is in view does not make for fixedsprintf(pubx40,"$PUBX,40,GSV,0,0,0,0,0,0");if (SetCheckSum(pubx40, sizeof(pubx40))) {String sPubx=pubx40;Serial.print(sPubx);gpsSerial.print(sPubx);}bool SetCheckSum(unsigned char *pPacket, int bufferSize){bool bResult=false;//packet sent with five extra spaces -and- without an asterick 0x26 CR_A CR_B 0x0d 0x0aint iSize=strlen(pPacket);if ((iSize+5)//do not include $int iChecksum = 0;for (int x=1;xiChecksum = iChecksum ^ (byte)pPacket[x]; //xor}char Calc[3];sprintf(Calc,"%02X",iChecksum);pPacket[iSize]='*';pPacket[iSize+1]=Calc[0];pPacket[iSize+2]=Calc[1];pPacket[iSize+3]=0x0D;pPacket[iSize+4]=0x0A;bResult=true;}return bResult;}bool CheckSum(String sPacket){bool bResult=false;int iSize=sPacket.length();if (iSize>10){int iAstericks=sPacket.indexOf('*');if (iAstericks>0){String sCS=sPacket.substring(iAstericks+1,iAstericks+3);//xor bytes between $ and *sPacket=sPacket.substring(1,iAstericks);iSize=sPacket.length();int iChecksum = 0;for (int x=0;xiChecksum = iChecksum ^ (byte)sPacket[x]; //xor}//yeah, this could be better... think i got the false negatives; case and char Calc[3];sprintf(Calc,"%02X",iChecksum);bResult=sCS==Calc;}}return bResult;}in your loopmaintain a global buffer building sentences from chipseta complete packet starts with $ and ends with 0x0d 0x0a, check the sentence checksum then process based on sentence typehttps://content.u-blox.com/sites/default/files/products/documents/u-blox6_ReceiverDescrProtSpec_%28GPS.G6-SW-10018%29_Public.pdf
CARLOS A.
Comentado en México el 11 de mayo de 2022
Este producto es realmente impresionante funciona de maravilla el GPS se conecto a la primera antes de comprar este producto compre uno parecido en Steren y no funcionó y no me regresaron el dinero, entonces pense en Amazon y pense si no funciona si me regresan el dinero pero cual fue mi sorpresa que revazo mis expectativas en menos de 1 minuto se conecta el GPS fenomenal
The Chief
Comentado en los Estados Unidos el 13 de marzo de 2022
I thought the reason I wasn't getting data was that it was too close to my computer and too far away from the window (even though I can touch the two very large windows while sitting at my desk) so I pulled out a USB extension cable and neither of the two modules I got were giving back data within a minute or so. I thought maybe they just weren't good since I literally had it hanging by a window. However, I left the little python script I did running to track it and within 3.25 minutes it got really good data. So out of curiosity I moved it back away and sure enough, it kept returning data. I am not an expert or anything but it seems like they need to "warm up". But now that I know they work and what the data looks like, I'll work on my mobile project with them. the price point is perfect for such good quality data once it I started receiving it.
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