60-SIPT Bluetooth and WiFi Module

No. Unfortunately there is no way to update the settings on the DVK-ST60-SIPT for use with the SUMMIT software. A different DVK would be required: DVK-SU60-SIPT.

Yes, but it?s capabilities and features will be limited to those of 802.11ac Wave 1.

Yes, the Sterling-60 can be upgraded to a Summit-60 with a software upgrade. There is a license agreement that needs to be in place before this can be done. Please contact us for information.

Yes, in our 2nd software release we will provide the capability to switch between a 1x1 and a 2x2 configuration.

Our only officially supported option for RTOS is the Sterling-LWB with Cypress? WICED stack. However, if you are interested in using our module with an RTOS please contact Laird support for more information and assistance.

Yes, WoW is supported on  WLAN. Please see our Wake on Wireless application note for more information. In future releases we will support WoBT.

No, the 60 series radio only supports 20, 40, and 80 MHz wide channels. It does not support 120 MHz channels.

The 60 series supports a limited SoftAP mode. It is not certified or capable of being a full AP.

Yes, the 60 radio supports SDIO 3.0.

Only the Summit-60 will support 802.11d. The Sterling-60 does not support 802.11d.

Yes and no. The Sterling-60 module does not support CCX. The Summit-60 module does indeed support CCX.

Yes. The 60 has coexistence arbitration for WLAN, Bluetooth, and LTE operation.

If you don't want simultaneous ap/sta, you can run the commands:

nmcli conn add type wifi ifname wlan0 con-name softAP autoconnect no ssid softAP

nmcli conn modify softAP 802-11-wireless.mode ap 802-11-wireless.band bg 802-11d

nmcli conn up softAP

You can also do it via wpa_supplicant .conf files if you do not have nmcli.

You may not have enough space for the firmware. Verify the size of the specific firmware you are using and compare that to your available space. It is also possible that your firmware is not in the correct directory. Verify the location of the firmware file. If neither of these seem to be the issue, please contact Laird support and have the MAC address of your module handy.

The Sterling-60 is not FIPS 140-2 compliant. The Summit-60, however, will be compliant. Please contact support for more details.

The Sterling 60 has connectors for two antennas. What is the performance difference for 802.11AC with only one antenna? That is, a single antenna firmware version was mentioned for the Sterling 60 at a later date. How would that performance compare to the two antenna 60?  - Regarding performance difference between 1x1 and 2x2 MIMO:  We haven?t tested it yet.  Theoretically, 1x1 has half the throughput of 2x2, but you will also lose out on some TX and RX performance.  Typically, with 2x2 MIMO, the TX power is amplified thanks to 2x2 MIMO phase shifting.  Using single antenna you can expect 3dB loss in TX power which equates to half the TX performance vs using two antennas.  For 1x1 RX; the radio will only have one chance to receive a packet, whereas 2x2 gives the radio 2 chances to receive a packet.  With that said, to achieve max performance we recommend two antennas.  However single antenna does offer benefits such as lower power consumption and allow for a smaller form factor product.      

There are no hardware differences between the two modules. However there are vast software differences. The Sterling-60 provides professional grade connectivity while the Summit-60 has more security and roaming features intended for Enterprise use.

When using the 60 series raido you should leverage our latest backports package and documentation. If you do this, as a result, you should have bluetooth.ko and hci_uart.ko. These are the required kernel modules for Bluetooth.

The interfaces for WiFi are USB, SDIO, and PCIE. The interfaces for Bluetooth are UART, SDIO, and USB.

There are several differences. Wave 2 has or supports Multi User MIMO, higher PHY rates, larger channel width, an additional spatial stream, and higher MAC throughput.

Generally speaking the difference is that a Thick MAC firmware will have most of the radios features and options built into the firmware. With a Thin MAC firmware many features are pulled out of the firmware and put into the driver and supplicant.

GPIO Pin on the 88w8997 Pins on SIP WOW Use GPIO 0 23 88W8997.WLAN->Host wake up GPIO 3 67   88W8997.BT->Host wake up PMU_EN 51 Host->88W8897 wake up  

Attached power point file.  

Attached power point file.  

It supports Linux kernel versions ranging from 3.18 to 4.9 using our backports package.

The 60 series radio as well as the 50 support the the M.2 ?E? key.

When using the 60 series radio you should leverage our latest backports package and documentation. If you do this, as a result, you should have the following kernel modules: compat.ko, cfg80211.ko, mac80211.ko, lrdmwl.ko, and lrdmwl_sdio.ko.

No, actually this message is only a warning and should only come up when the highest linux printk debug is set. Laird does not use this file within its software. Hende the warning as well as the file an be neglected.

All of them.

The 60 series radio supports every BT 5 feature with the exception of LE Long Range.

We test our Sterling supplicant for all of the following EAP types: EAP-FAST LEAP PEAP-MSCHAP PEAP-GTC PEAP-TLS EAP-TLS EAP-TTLS