TI中文支持网Part Number:CC1310
像标题所说的我希望多组设备一对一传输，多个发送端放在一起，多个接收端放在一起（在同一块电路板的尺度上），在High Speed Mode下以约3.2mbps速率进行连续的数据传输，
1：我想了解这种使用情况是否能稳定传输；2：我该如何减少每组设备间的干扰；
我了解到在使用High Speed Mode模式时是8-fsk，3：那么他的信号带宽bw是多少，我该如何使用rfpacketER例程来调整SmartRF_settings中的相关参数来使用hsm呢。
注意到hsm下有效数据速率取决于数据包中的有效数据长度，4：比如我需要有效数据长度达到800字节需要使用advanced packet format，我该调整那些参数。
Taylor：
您好，
已经收到了您的案例，调查需要些时间，感谢您的耐心等待
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Vivian Gao：
1: I would like to know if this usage situation can ensure stable transmission
If you will be transmitting and receiving using multiple devices on the same board, at the same time (i.e. achieving full duplex system), you run a very high risk of saturating the receiver(s). Sverre's replies in the following thread discuss these challenges: https://e2e.ti.com/support/wireless-connectivity/sub-1-ghz-group/sub-1-ghz/f/sub-1-ghz-forum/704048/cc1310-cc1310-how-to-achieve-full-duplex-communication
2: How can I reduce interference between each set of devices;
The thread linked above gives some information – beyond taking that into consideration and also spacing the devices as far apart as possible on the board, this is probably very challenging to achieve. We have not ever tested such a design.
I understand that when using High Speed Mode, it is 8-fsk, 3: So what is the signal bandwidth bw?
Please see: https://e2e.ti.com/support/wireless-connectivity/sub-1-ghz-group/sub-1-ghz/f/sub-1-ghz-forum/858875/ccs-launchxl-cc1310-if-you-use-the-cc1310-s-4mbps-transmission-rate-what-is-his-bandwidth-and-how-is-it-calculated
How can I use the rfpacketER routine to adjust the relevant parameters in SmartRF_dettings to use hsm.
Please see Siri's replies in the following thread for information on how to use the SW examples: e2e.ti.com/…/cc1310-support-up-to-4mbps
An alternative would be to use the General High Speed (GHS) mode (which is distinct from the High Speed Mode, HSM – a little confusing naming I'm afraid); the GHS mode is included in ROM with the more recent CC131x devices (but not the CC1310 which uses a patch for this). We have tested up to 1.5 Mbps with the GHS mode but it is not fully characterised. However, this is probably a more flexible option and would get more support as the HSM support is limited to the SW examples in the CC13x0 SDK (and is otherwise not supported see: https://www.ti2k.com/wp-content/uploads/ti2k/DeyiSupport_1GHz_startSSO.ping, but depends on the customer's requirements.
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xiao zhang：
你好！非常感谢您的回答，我查看了您给出的相关连接，关于多设备通信我想补充一些使用场景的细节，我们希望的使用场景可以理解为多组设备构成并行的单向数据传输，（绝大多数时间都是同一方向的），TX设备组中有TX1、TX2、TX3、TX4~等或许可以达到TX32个负责发送的设备；RX设备组中有RX1、RX2、RX3、RX4~等或许可以达到RX32个负责发送的设备；像TX1与RX1为固定的一组点对点，这种场景下是否有可行性呢。
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xiao zhang：
抱歉上述应该是RX32个负责接收的设备，另外还有个小问题想了解下，这边测试高速模式误码率还是有些高，我是否可以通过1个TX对应2个RX，通过rx互相比对数据包来减小误码率
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Vivian Gao：
您实际测试一下，我们也没有更多的建议。
