I chose Atmel® Lightweight Mesh software Stack to design my Wireless Network Sensor.
I need 24 sensor node and one coordinator node.
Each sensor node has to transmit over the air for 1 ms every 25 ms to the coordinator node.
I don't know the speed of the trasmission over the air and I don't know if I will be able to solve this problem.
I saw HAL_UartInit(38400). In this case UART takes 15 ms to transfer each packet to the PC.
Can I increase BAUDRATE until each packet will be transfer in 1 ms (means increase BAUDRATE until 500000) to m
Can I transfer over the air, from each sensor node to the coordinator node, each packet in 1 ms or less?
Thank you so much
I want all directions as routing nodes would be sufficient to change the macro NWK_ROUTE_NON_ROUTING ?, for example:
NWK_ROUTE_NON_ROUTING = 0x8000
NWK_ROUTE_NON_ROUTING = 0xFFFE
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Actually I'm working with Zigbee (Digi XBee modules) to implement an home automation system. Since costs are important in a company, I'm realizing that digi modules are very expensive, and for a company it can be a problem. What's the basic difference between zigbee protocol and lightweigth mesh stack? Let me try to explain better... I'm thinking to build my own 802.15.4 module, to do basically the simple stuff, (mesh, send and receive msg, encryptation, and more important, be very reliable). So, my question is... Lightweigth Mesh can be used or should I use Bitcloud ? What's the main differences? Thanks Alex.
Does LW Mesh stackv 1.2.1 support to OTA? If yes from where I can get OTAserver and OTA client?
iam using light weight mesh stack for communication with another samr21 board.
but iam not using onchip RF module. Instead, iam using TIs CC2520 zigbee module.
So for transmission mode, in light weight mesh stack iam able to make changes in phy_datareq(); for sending to zibee instaed of onchip RF module.
But the communication is still not happening. So i suspect some more changes to be required in the stack.
Can you please indicate those changes??
Hi I need to control a external front end with LWM protocol.
You can help me.
Do you know which files I have to modify to use 2 pins to control the external PA and LNA.
Hi please check halGpio.h, it has inline functions for configuring the pins
I am making an app using LwMesh stak (LwMesh_1_2_1). I have a question related to the Frame Control of the MAC Header when enabling security.
If I enable security, the 'security enabled field', within the Network Frame Control, is '1', which is correct; but the 'security enabled field' within the MAC Frame Control is set to '0' (Frame Control Value is 0x8861 -> 1000-1000-0110-0001 -> as described in IEEE Std 802.15.4-2006 ). Is it a bug?
maybe someone has encountered similar issue and any advice is welcome.
I'm developing a custom board with Atmega64A MCU and AT86RF231. I'm using Atmel Studio 7 with Atmel ICE (so debugging is not a problem) and I have modified all the necessary files for the mega64A MCU in the LW stack (hal, drivers and project file).
The MCU is powered with 3.3V and it's running on 8 MHz internal RC clock for the trial period (I also have external crystal at 8 MHz connected). Voltage and clock frequency are within datasheet limit for device to function normally.
The problem I have encountered is that the device jumps on empty memory location after returning from HAL_TimerInit(void) function in halTimer.c file.
So in the disassembly view RET command of the HAL_TimerInit(void) function returns pointer to an empty memory location.
Also when running the code on simulator it works normally.
Any idea what could be causing this issue?
Atmel Lightweight Mesh stack
i need to activate external PA/LNA cc2592 with atmega256rfr2 and LW mesh.
Can you help me!?
How many hops can be in the Lightweight Mesh network?
How many hopes (sic?) can be in the Lightweight Mesh network?
Do you mean, nodes ?
I mean routing nodes between source and destination if there is no direct connection (source is too far from destination). So
Ah, I see - you edit the typo in #562: hopes --> hops
So, and what the answer? For example, old Microchip MiWi mesh allows 4 hops, MiWi Pro version - 64 hops, the new library based version - 100 hops, and what about Atmel Lightweight Mesh? It looks like only 1, or not?
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