blues · tjvantoll · Jun 4, 2026 · Jun 3, 2026 · Jun 3, 2026
diff --git a/51-rooftop-hvac-predictive-maintenance/README.md b/51-rooftop-hvac-predictive-maintenance/README.md
@@ -92,7 +92,7 @@ All Blues parts ship with an embedded SIM including 500 MB of data and 10 years
 
 ![Wiring diagram: thermistor dividers on A0/A1, CT bias circuit on A2, SDP810 on I²C, power chain from 120 VAC → 5 V supply → Mojo → +VBAT](diagrams/02-wiring-assembly.svg)
 
-All host I/O lands on the [Notecarrier CX](https://dev.blues.io/datasheets/notecarrier-datasheet/notecarrier-cx-v1-3/) dual 16-pin header. The Notecard Cell+WiFi (MBGLW) seats into the carrier's M.2 slot; cellular, GNSS, and WiFi antennas are u.FL leads to roof-mounted externals. The Mojo sits inline between the 5V supply and the Notecarrier's +VBAT pad, and reports cumulative mAh to the Notecard over its [Qwiic](https://www.sparkfun.com/qwiic) connector.
+All host I/O lands on the [Notecarrier CX](https://dev.blues.io/datasheets/notecarrier-datasheet/notecarrier-cx-v1-7/) dual 16-pin header. The Notecard Cell+WiFi (MBGLW) seats into the carrier's M.2 slot; cellular, GNSS, and WiFi antennas are u.FL leads to roof-mounted externals. The Mojo sits inline between the 5V supply and the Notecarrier's +VBAT pad, and reports cumulative mAh to the Notecard over its [Qwiic](https://www.sparkfun.com/qwiic) connector.
 
 Pin-by-pin:
 

diff --git a/53-municipal-wastewater-lift-station-monitor/README.md b/53-municipal-wastewater-lift-station-monitor/README.md
@@ -125,7 +125,7 @@ Here is a sample Note this device emits:
 
 </Warning>
 
-All host I/O lands on the [Notecarrier CX](https://dev.blues.io/datasheets/notecarrier-datasheet/notecarrier-cx-v1-3/) dual 16-pin headers. Notecard for Skylo seats into the M.2 slot. Its `MAIN` u.FL port connects to the included Skylo-certified antenna, which carries both the cellular and satellite signals — connect it directly, or route it through a u.FL-to-SMA-F bulkhead pigtail in the enclosure wall if you are using an external SMA mag-mount. Its `GPS` u.FL port connects to the passive GPS/GNSS antenna. Both antennas mount outdoors with a clear sky view (northern hemisphere: the southern sky), so the unit can reach the Skylo satellite network wherever it falls back from cellular. The Mojo connects via the [Qwiic](https://www.sparkfun.com/qwiic) connector on the Notecarrier and sits inline between the 5 V supply and the Notecarrier's +VBAT pad during bench validation.
+All host I/O lands on the [Notecarrier CX](https://dev.blues.io/datasheets/notecarrier-datasheet/notecarrier-cx-v1-7/) dual 16-pin headers. Notecard for Skylo seats into the M.2 slot. Its `MAIN` u.FL port connects to the included Skylo-certified antenna, which carries both the cellular and satellite signals — connect it directly, or route it through a u.FL-to-SMA-F bulkhead pigtail in the enclosure wall if you are using an external SMA mag-mount. Its `GPS` u.FL port connects to the passive GPS/GNSS antenna. Both antennas mount outdoors with a clear sky view (northern hemisphere: the southern sky), so the unit can reach the Skylo satellite network wherever it falls back from cellular. The Mojo connects via the [Qwiic](https://www.sparkfun.com/qwiic) connector on the Notecarrier and sits inline between the 5 V supply and the Notecarrier's +VBAT pad during bench validation.
 
 **Level sensor (4–20 mA current loop)**
 

diff --git a/54-multi-site-walk-in-cooler-energy-setpoint-monitor/README.md b/54-multi-site-walk-in-cooler-energy-setpoint-monitor/README.md
@@ -142,7 +142,7 @@ All Blues hardware ships with an active SIM including 500 MB of data and 10 year
 
 </Warning>
 
-All host I/O lands on the [Notecarrier CX](https://dev.blues.io/datasheets/notecarrier-datasheet/notecarrier-cx-v1-3/) dual 16-pin header. The Notecard Cell+WiFi seats into the carrier's M.2 slot. **An external antenna is mandatory in a metal walk-in box or steel mechanical-room cabinet** — a Notecard antenna inside a metal enclosure cannot radiate reliably. Route a short u.FL-to-SMA pigtail from the Notecard's u.FL port through a cable gland in the NEMA 4X enclosure wall and attach it to the panel-mount SMA whip antenna on the exterior. The Mojo sits inline between the 5V supply and the Notecarrier's +VBAT pad for bench validation.
+All host I/O lands on the [Notecarrier CX](https://dev.blues.io/datasheets/notecarrier-datasheet/notecarrier-cx-v1-7/) dual 16-pin header. The Notecard Cell+WiFi seats into the carrier's M.2 slot. **An external antenna is mandatory in a metal walk-in box or steel mechanical-room cabinet** — a Notecard antenna inside a metal enclosure cannot radiate reliably. Route a short u.FL-to-SMA pigtail from the Notecard's u.FL port through a cable gland in the NEMA 4X enclosure wall and attach it to the panel-mount SMA whip antenna on the exterior. The Mojo sits inline between the 5V supply and the Notecarrier's +VBAT pad for bench validation.
 
 Pin-by-pin connections:
 

diff --git a/56-commercial-plug-load-after-hours-waste-dashboard/README.md b/56-commercial-plug-load-after-hours-waste-dashboard/README.md
@@ -116,7 +116,7 @@ All Blues hardware ships with an active SIM including 500 MB of data and 10 year
 
 ![Wiring: 4 SCT-013 CT clamps to A0–A3 with shared 10 kΩ/10 kΩ + 10 µF bias node; external SMA antenna; 120 VAC → IRM-10-5 (5 V) → Mojo → +VBAT power chain](diagrams/02-wiring-assembly.svg)
 
-All host I/O lands on the [Notecarrier CX](https://dev.blues.io/datasheets/notecarrier-datasheet/notecarrier-cx-v1-3/) dual 16-pin header. The Notecard Cell+WiFi seats in the carrier's M.2 slot. Mojo sits inline between the 5 V supply output and the Notecarrier's `+VBAT` pad.
+All host I/O lands on the [Notecarrier CX](https://dev.blues.io/datasheets/notecarrier-datasheet/notecarrier-cx-v1-7/) dual 16-pin header. The Notecard Cell+WiFi seats in the carrier's M.2 slot. Mojo sits inline between the 5 V supply output and the Notecarrier's `+VBAT` pad.
 
 <Warning>