GS1011M supports up to 11Mbps and can connect to any 802.11b/g/n access point.
Back To TopThe maximum UART data rate is 921kbps and SPI slave mode is 3MHz and SPI master mode is 10MHz.
Back To TopPlease refer to the datasheet for detailed information on our support. GainSpan offers a variety of power management modes and power consumption can vary based on application and SKU type (i.e internal PA vs external PA).
Back To TopThe antenna type on the module can be either the internal PCB antenna or one can use an external Antenna. If an internal PCB antenna version is chosen, (i.e GS1011MIP or MEP) then connecting an external antenna will not have any affect. If an external antenna version is chosen, and no antenna is connected, then the range will be diminished. Please check which version you have to ensure you are using the correct antenna.
Back To TopNo, the GS1011MIP and GS1011MEP are programmed to work with the PCB antenna. If you want to use an external antenna, then the modules you should use are GS1011MIE and GS1011MEE.
Back To TopCurrently we only support the GreenHills RTOS/Network stack and development tools that we sell with our SDK.
Back To TopNot necessarily. We support serial to Wi-Fi mode, where you can connect your external host to our module using serial interface and send us AT commands. With Serial to Wi-Fi no development is required on the GainSpan GS1011M, all customer has to do is to develop code on the host to send AT commands to our device.
No, our serial to Wi-Fi code is free to use in your product, regardless of volume
Back To TopYes, we sell the GS1011 SoC. Development time is typically faster with a module, but we understand that not all customers may choose to design with a module.
Back To TopWe only sell modules in sample packs (5), or boxes of 250, or boxes of 1000. We do not break down these quantities.
Back To TopModule samples and evaluation kits are available for sale on our online store. Volume pricing starts at 250 units, and we provide price quotes on a project by project basis, and only under NDA.
Back To TopPlease refer to our datasheet.
Back To TopPlease refer to our datasheet.
Back To TopIndoor: 50-70 M typical, Outdoor: 700 - 1000m (line of sight).
Back To TopYes, GS1011 is compatible with IEEE 802.11b/g access points.
Back To TopThe module supports both the personal and Enterprise wireless security. GS1011M supports WEP, WPA/WPA2-PSK Personal, and WPA/WPA2-Enterprise (EAP-FAST, EAP-TLS, EAP-TTLS, PEAP v0/v1)
Back To TopYes, we support both methods of WPS (push button and PIN method). We have received WPS certification also from Wi-Fi Alliance for our WPS feature.
Back To TopYes, the GS1011 module has provisions to support external power amplifier with typical output of 18dBm transmission power.
Back To TopGS1011M has passed intentional radiation for FCC/IC certification. However FCC requires the end product to pass unintentional certification from the FCC when a GainSpan module is integrated with other components.
Back To TopGS1011 conforms to IEEE802.11Wi-Fi protocol.
Back To TopYes, the GS1011M has passed certification for Wi-Fi.
Back To TopThe GS1011 supports 1, 2, 5.5, 11Mbps using BPSK and QPSK modulation schemes, respectively.
Back To TopYes, this is how it works, connecting to standard access points and running in the low power state.
Back To TopDue to TCP/IP Class C addressing model, 254 nodes including sensor nodes can be simultaneously supported by a single Access Point. However, since GS1011 sensor nodes work with a very low duty-cycle, more nodes can be supported concurrently by a single AP, or access point.
Back To TopGainSpan's GS1011 sensors do not require changes with any Wi-Fi compatible APs that support 1, 2, 5.5 and 11Mbps data rate.
Back To TopFor sensor application, the addition of GS1011 nodes does not slow down the network.
Back To TopWi-Fi, FCC, IC, ETSI, RoHS, passed all Japan ARIB Standard compliance tests.
Back To TopThe extensive certification effort taken by GainSpan greatly reduces development time and costs for our customers. By doing this, GainSpan ensures that customers can achieve RF certification in their final design. There will be less iteration to achieve certification in the process and less room for trial and error when the end product goes through RF certification.
Back To TopEven though the GainSpan module is certified by itself, when integrated into a new product, the end product will still have to go through a small portion of RF certification.
Back To TopPlease see the latest application note AN042 Basic Antenna Guidelines for the list. This application note is available to customers who have signed an NDA with GainSpan.
Back To TopPlease visit GainSpan Resource Library on embedded WiFi for the list. Some documents are available only to customers with an NDA.
Back To TopTo gain access to GainSpan's datasheet, you must register on the Technical Support site sign an NDA with GainSpan.
Back To TopPlease register here: Register. You can also simply click on 'LOGIN' at the top of GainSpan's website and click on the link to register. After you fill out the form, you'll be directed to a link to download the NDA. Once you sign the NDA, email it back to us and we can give you access to the datasheet.
Back To TopYou can purchase an evaluation kit from our online store GainSpan Online Store.
Back To TopAn EVK stands for "Evaluation Kit" and an SDK stands for "Software Development Kit". The SDK supports development with SPI and UART. The EVK only supports development with only UART.
Back To TopThere are two SPI ports available which can transmit data up to a word size of 32 bits.
Back To TopTwo UART ports are compatible with 16450/16550.
Back To TopUART (2), SPI, I2C, ADC (2), WAKE (2), ALARM (2), GPIO(6), PWM, JTAG
Back To Top32 GPIO ports can be used in GS1011 for customer application.
Back To TopTwo of the GPIO ports are capable of driving 20mA, while the other 30 ports can drive 4mA.
Back To TopCustomers can develop their extra security depending on the space available in built in flash or store it in an external flash through SPI port.
Back To Top3.3V
Back To TopThe ADC is 10 bit low-power A to D converter capable of running at up to 32Kbps. The ADC can be programmed to use the 1.8 V supply at full scale reference.
Back To TopROM, Flash, SRAM and RTC (battery backed memory)
Back To TopGS1011 is equipped with TSMC Flash on chip. On-chip flash makes it possible for the GS1011 to transition between active and sleep states, which is around 5µs
Back To TopThe WLAN CPU accesses 128 KB of Flash, while the APP CPU accesses the 2 Flash memories each with 128 KB.
Back To TopThe Flash is organized into pages of 2 KB. GS1011 supports page erase capability.
Back To TopIt depends on your application. See the Memory Size spreadsheet available on the website login area for the latest numbers on memory availability.
Back To TopThe Flash endurance is 20K cycles, with 20ms erase and 20us program time at 1.8 VCC.
Back To TopThere is zero wait state when the CPU runs at 22 or 11MHz. However, there are one wait state for a 32bit word when the CPU runs at 44MHz.
Back To TopGainSpan includes Green Hills RTOS called "micro velocity" or µVelocity. It has a small footprint and robust design. For the network stack, GainSpan includes Green Hill's GHNET.
Back To TopThe current firmware supports IPv4 network stack and we do have plans to support IPv6 in the future.
Back To TopGainSpan Embedded Software consists of a real-time operating system (RTOS), TCP/IP Networking stack, simple network management protocol (SNMP), and GainSpan node software - WLAN firmware.
Back To TopThe GainSpan demo software can run on any PCs that run windows XP or Vista.
Back To TopYes, all the GainSpan device firmware can be updated over the air.
Back To TopThe GS1011 does not come with preloaded firmware. The firmware can be loaded into the flash memory thru the UART/SPI ports. However the GS1011M modules come pre-loaded with WLAN and Serial to Wi-Fi firmware.
Back To TopThe (RTC) real time clock contains 512B of persistent memory storage powered by the system battery. 256 bytes are used by WLAN and 256 are for the 2nd CPU where the networking services run
Back To TopWe provide 2 methods for software debugging, one being message based using UART serial port, and the other is through JTAG. Our SDK includes the Green Hills MULT IDE, which supports the Macraigor usbWiggler JTAG HW.
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