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Does the architecture of the Compute Module (when mounted in a Compute Module IO Board) support simultaneous USB host and device/client port operation? This postThis post suggests that a BeagleBlack Bone board is more suitable (because previous RPi only allowed host or device, but not both at the same time).

As a simple experiment, I tried connecting the USB host port to the slave port on the CMIO board (via a hub that also had a wi-fi adapter)-- this seemed to disrupt the entire USB (disconnecting all devices) until the slave port was disconnected.

Does the architecture of the Compute Module (when mounted in a Compute Module IO Board) support simultaneous USB host and device/client port operation? This post suggests that a BeagleBlack Bone board is more suitable (because previous RPi only allowed host or device, but not both at the same time).

As a simple experiment, I tried connecting the USB host port to the slave port on the CMIO board (via a hub that also had a wi-fi adapter)-- this seemed to disrupt the entire USB (disconnecting all devices) until the slave port was disconnected.

Does the architecture of the Compute Module (when mounted in a Compute Module IO Board) support simultaneous USB host and device/client port operation? This post suggests that a BeagleBlack Bone board is more suitable (because previous RPi only allowed host or device, but not both at the same time).

As a simple experiment, I tried connecting the USB host port to the slave port on the CMIO board (via a hub that also had a wi-fi adapter)-- this seemed to disrupt the entire USB (disconnecting all devices) until the slave port was disconnected.

Clarifying that this is for the USB ports
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jhfrontz
jhfrontz
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Does the architecture of the Compute Module (when mounted in a Compute Module IO Board) support simultaneous USB host and device/client port operation? This post suggests that a BeagleBlack Bone board is more suitable (because previous RPi only allowed host or device, but not both at the same time).

As a simple experiment, I tried connecting the USB host port to the slave port on the CMIO board (via a hub that also had a wi-fi adapter)-- this seemed to disrupt the entire USB (disconnecting all devices) until the slave port was disconnected.

Does the architecture of the Compute Module (when mounted in a Compute Module IO Board) support simultaneous host and device/client port operation? This post suggests that a BeagleBlack Bone board is more suitable (because previous RPi only allowed host or device, but not both at the same time).

As a simple experiment, I tried connecting the host port to the slave port on the CMIO board (via a hub that also had a wi-fi adapter)-- this seemed to disrupt the entire USB (disconnecting all devices) until the slave port was disconnected.

Does the architecture of the Compute Module (when mounted in a Compute Module IO Board) support simultaneous USB host and device/client port operation? This post suggests that a BeagleBlack Bone board is more suitable (because previous RPi only allowed host or device, but not both at the same time).

As a simple experiment, I tried connecting the USB host port to the slave port on the CMIO board (via a hub that also had a wi-fi adapter)-- this seemed to disrupt the entire USB (disconnecting all devices) until the slave port was disconnected.

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jhfrontz
jhfrontz
  • 205
  • 1
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Using the Compute Module/Compute Module IO Board as a USB hub

Does the architecture of the Compute Module (when mounted in a Compute Module IO Board) support simultaneous host and device/client port operation? This post suggests that a BeagleBlack Bone board is more suitable (because previous RPi only allowed host or device, but not both at the same time).

As a simple experiment, I tried connecting the host port to the slave port on the CMIO board (via a hub that also had a wi-fi adapter)-- this seemed to disrupt the entire USB (disconnecting all devices) until the slave port was disconnected.