NYSM.2 Open Stepper Standard Interface based TMC2209 Stepper Motor Drivers

Not Your Standard M.2 "Not Your Standard M.2" is literally not your standard m.2 interface, and is a new open-source stepper motor driver board that utilizes the M.2 interface to control motors using the TMC2209 and all other stepper drivers. Modular stepper drivers are far superior than traditional pololu footprints as it has:

Poka-yoke installations: The Key's in the interfaces makes sure that you never mess up installation orientations of the driver apart from this NYSM.2 extends beyond these to provide more features as below:

physical locking mechanisms: to make sure drivers are locked in when In operation.

Horizontal installation: instead of vertical mounting, to not only save space in Z axis, but to also make the system less fragile to accidental damage if stuck by a physical shock.

Top and Bottom Installations: since NYSM.2 utilizes SMD and single layer mounted connectors, it means that it is possible to add by design 2 NYSM.2 modules in the same footprint area, drastically reducing the required footprint for more drivers - i.e - 20 drivers in 10 drivers area by installing 10 on top layer and 10 on bottom.

highly cost effective: since M.2 is a widely available standard with high MOQs already flooding the industry, the M.2 connectors can be integrated at very low costs into your design, where the stepper card doesn't even need a connector as it uses an edge connector built into the PCB only. in comparison to other modular standards that uses custom repurposed obsolete connector that has low manufacturing volumes. With NYSM.2 we can adopt a modular standard at almost same cost of a traditional pololu stepper drivers.

Powerful in terms of power: NYSM.2 utilizes 8 contacts(0.5A per pin) per power connection to deliver a whopping 4A to the motors, that too at 24V, that totals to 96W per driver. moreover it is theoretically possible to get more power out of it by increasing the voltages.

But that is not the best thing about NYSM.2 standard, the only best thing about it is only and only it's open source nature and GPL V3 license, that allows creators, hobbyist and manufacturers worldwide to move to a new and open modular stepper driver interface standard. unlike other modular stepper interfaces, this interface is open inside out, and is not designed to lock you into single specific manufacturer's ecosystem. and is made for the world to use.

Manufacturing and other design considerations Please take special care to follow these points when manufacturing the NYSM2 Boards

You'll need Connector assemblies to interface the board specifically - GHR-06V-S and 511630400 Connectors, which are the same cables used in SmartPrintCoreH7x, please refer to Connector BOM from SmartPrintCoreH7x for more details Set the solder jumpers as per your convenience especially for uart lines, just like your regular pololu drivers, please feel free to browse schematics for reference or directly reach out to our discord server for help. License NYSM.2 standard pinout and NYSM.2 TMC2209 Carrier Board contributed by Boltz R&D is licensed under GPL V3, and is owned by the community and everyone. Also while the standard is open(i.e - The standard pinout sequence on M.2 Key B and it's derivatives only, that means proprietary manufacturers needs to be compliant to GPLV3 for only the pinout.), you can integrate it into your proprietary designs as long as the NYSM.2 section of your design respects the license. We invite all creators, hobbyist, and manufacturers to utilize the standard and the design.

Key Features for this NYSM.2 Carrier Board: NYSM.2 Interface: Compact, modular design that fits into M.2 slots, making it easy to install and maintain. The Connectors and pinouts used in the design plugs directly into Smartmotor ports and any SPI Port of SmartPrintCoreH7x, and with just minor pinout configurations in the firmware, it's up and running. Assembly and Setup Step 1: Insert the NYSM.2 board into the M.2 slot. Step 2: Connect your stepper motor wires to the appropriate output terminals i.e- Smartmotor ports and any spi port(which can also act as a uart port). Step 3: Configure your firmware (e.g., Marlin or Klipper) to control the TMC2209 driver. Step 4: Power on the system, and your motors are ready.

Visit https://github.com/BoltzRnD/NYSM2_Evaluation_CarrierBoard https://github.com/BoltzRnD/NYSM2_Open_Stepper_Standard to learn more.