What would you like to see in The Next Chip?
Re: What would you like to see in The Next Chip?
a LTE version
More pins
Flash it without FTDI (buld in USB like some posts above)
Run it with a CR2032 cell (it's a more a goal than a request)
802.11ba Wake-Up via Radio(will reduce power consumption a lot)
RFCOMM
More pins
Flash it without FTDI (buld in USB like some posts above)
Run it with a CR2032 cell (it's a more a goal than a request)
802.11ba Wake-Up via Radio(will reduce power consumption a lot)
RFCOMM
Re: What would you like to see in The Next Chip?
According to this post, BLE and WiFi cannot be used at the same time so that would definitely be something to improve on.
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Re: What would you like to see in The Next Chip?
@permal
They can co-exist together. So for example you can have a BLE peripheral connected to a phone with the esp32 as a AP at the same time. This is what we do in on of our applications. It works really well.
However since they share the same RF radio they cant transmit/receive at the same time. This means that they will use some form of time division multiplexing to share the same radio. This might have a slight impact on wifi throughput, or on how quickly a ble scanner can discover advertising devices.
Most phones have a similar scheme for 2.4ghz wifi and ble. while most phones do have two radios, one is a 2.4ghz radio and the other is 5ghz. so the 2.4ghz radio in phones will have a similar form of co-existance.
They can co-exist together. So for example you can have a BLE peripheral connected to a phone with the esp32 as a AP at the same time. This is what we do in on of our applications. It works really well.
However since they share the same RF radio they cant transmit/receive at the same time. This means that they will use some form of time division multiplexing to share the same radio. This might have a slight impact on wifi throughput, or on how quickly a ble scanner can discover advertising devices.
Most phones have a similar scheme for 2.4ghz wifi and ble. while most phones do have two radios, one is a 2.4ghz radio and the other is 5ghz. so the 2.4ghz radio in phones will have a similar form of co-existance.
Re: What would you like to see in The Next Chip?
Reduced power consumption.
Maybe a finer grain of power usage by better controlling cpu frequency. Also ability to shutdown main cores and continue execution with the ULP. I know there would be problems with that as the architecture is completely different but it would be great if it could be done. Maybe have a ULP declaration for functions that would automatically run on the ULP.
Also (partly to reduce power), make the radio (optionally/also) work on narrower bandwidth such as 802.15.4 and offer same range for lower power or increased range. 802.15.4 would also permit zigbee or other mesh networks to be realised.
Analogue.
Include some op-amps and if they could have dynamically changeable (ie. not fixed at compile time) fine grained gain control all the better. Some comparators would be nice as well.
Maybe a finer grain of power usage by better controlling cpu frequency. Also ability to shutdown main cores and continue execution with the ULP. I know there would be problems with that as the architecture is completely different but it would be great if it could be done. Maybe have a ULP declaration for functions that would automatically run on the ULP.
Also (partly to reduce power), make the radio (optionally/also) work on narrower bandwidth such as 802.15.4 and offer same range for lower power or increased range. 802.15.4 would also permit zigbee or other mesh networks to be realised.
Analogue.
Include some op-amps and if they could have dynamically changeable (ie. not fixed at compile time) fine grained gain control all the better. Some comparators would be nice as well.
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Re: What would you like to see in The Next Chip?
Not specifically hardware related - give access to the low-level wifi functionality:
- Packet injection with send callbacks (like the esp8266)
- Monitor mode with hardware packet filters (MAC bases)
- Manual rate & modulation & channel selection
Lots of ppl are interested in this for long range HD FPV - see the wifibroadcast project (https://befinitiv.wordpress.com/wifibro ... ideo-data/)
- Packet injection with send callbacks (like the esp8266)
- Monitor mode with hardware packet filters (MAC bases)
- Manual rate & modulation & channel selection
Lots of ppl are interested in this for long range HD FPV - see the wifibroadcast project (https://befinitiv.wordpress.com/wifibro ... ideo-data/)
Re: What would you like to see in The Next Chip?
Zigbee please - to build devices that can communicate with smart meters.
Re: What would you like to see in The Next Chip?
1) open source the Wi-Fi stack or publish register level specifications so we can add features like IEEE 802.11s Wi-Fi mesh, simultaneous AP/STA, WDS, etc
2) support a port of Nuttx with an open Wi-Fi stack
3) add sub-1000 MHz radio support and let us open source devs add IEEE 802.11af or 802.11ah
This will absolutely *crush* your competition.
2) support a port of Nuttx with an open Wi-Fi stack
3) add sub-1000 MHz radio support and let us open source devs add IEEE 802.11af or 802.11ah
This will absolutely *crush* your competition.
Re: What would you like to see in The Next Chip?
Like tizenrt?droidifi wrote:2) support a port of Nuttx with an open Wi-Fi stack.
Re: What would you like to see in The Next Chip?
Sure, what's a Gig of RAM here or there? I guess you don't mind payin' 50 bucks for the next chip as long as it runs Linux (Tizen)...Like tizenrt?
Re: What would you like to see in The Next Chip?
No. https://wiki.tizen.org/Tizen_RTdroidifi wrote:Sure, what's a Gig of RAM here or there? I guess you don't mind payin' 50 bucks for the next chip as long as it runs Linux (Tizen)...Like tizenrt?
Based on nuttx and runs on Samsung's new iot chip with open wifi driver.
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