rename enclosures

Author: bowenjw

.vscode/settings.json

@@ -8,6 +8,7 @@
         "bootloader",
         "BOOTSEL",
         "CIRCUITPY",
+        "datasheet",
         "dtoverlay",
         "EEPROM",
         "emmc",

bladerunner/README.md

@@ -1,13 +1,13 @@
 # BladeRunner™️
 Offial enclosure for the [Compute Blade](https://computeblade.com/). Offing flex able options to fit a number of uses cases. With three options
 
-## Twin
-Twin Enclosure allows two Compute Blades and one Fan Unit to be installed. It is ideal for desktop and devlopment
+## 2-Node
+2-Node Enclosure allows two Compute Blades and one Fan Unit to be installed. It is ideal for desktop and development
 
-## Home
-Home enclosure is our recomened enclosure for Homelab and cluster devlopment. Caplible of holding four Compute Blades and two Fan Units, it is ideal for quick spinning up a deveolpment envierment
+## 4-Node
+4-Node enclosure is our recommend enclosure for Homelab and cluster development. Can house four Compute Blades and two Fan Units, it is ideal for quick spinning up a development environment
 
 ![BladeRunner™️ Home](./homerun/img//BladeRunner_Home_5.jpg)
 
 ## 19-Inch
-The 19-Inch enclosure is for enterprise scale. Can be equipt with twenty Compute Blades and ten Fan Units. Offering high desity compute in a Standered 1U of rack space.
+The 19-Inch enclosure is for enterprise scale. Can be equipped with twenty Compute Blades and ten Fan Units. Offering high density compute in a Standard 1U of rack space.

docs/docs/blade/index.mdx

@@ -271,7 +271,7 @@ The Compute Blade comes in three different hardware variants.
 ## Thermal Configuration
 
 The Compute Blade is designed for deployment in enclosures, supporting configurations from a single pair in desktop enclosures to up
-to 10 pairs in a 19" BladeRunner rack-mounted chassis. Each pair is cooled using a specially designed Fan Unit equipped with a single 40x40x20mm fan.
+to 10 pairs in a 19-inch 1U Rack BladeRunner rack-mounted chassis. Each pair is cooled using a specially designed Fan Unit equipped with a single 40x40x20mm fan.
 
 The design of the Fan Units provides robustness and reliability:
 in the event of one Compute Blade being disconnected or failing,

docs/docs/bladerunner/19inch/index.mdx docs/docs/bladerunner/19-inch/index.mdx

@@ -11,6 +11,6 @@ Engineered to scale and offer the greatest flexibility without the need to spend
 
 ## Models
 
-- [Twin](/bladerunner/twin) - Small enclosure for up to 2 Compute Blades
-- [Quad](/bladerunner/quad) - Ideal enclosure for Homelab or cluster development containing up to 4 Compute Blades
-- [19"](/bladerunner/19inch) - 19" Rack enclosure for up to 20 Compute Blades 
+- [2-node](/bladerunner/twin) - Small enclosure for up to 2 Compute Blades
+- [4-node](/bladerunner/quad) - Ideal enclosure for Homelab or cluster development containing up to 4 Compute Blades
+- [19-inch 1U Rack](/bladerunner/19-inch) - 19" Rack enclosure for up to 20 Compute Blades 

docs/docs/bladerunner/index.mdx

@@ -1,42 +1,42 @@
 # Assembly
 
-The Quad BladeRunner™️ toolless allowing the quick replacement of part in the event of a failure. It is able to contain 4 Compute Blades and 2 Fan Units
+The 4-node BladeRunner™️ toolless allowing the quick replacement of part in the event of a failure. It is able to contain 4 Compute Blades and 2 Fan Units
 
-<img src="/img/bladerunner/quad/tc-parts.webp" alt="Quad BladeRunner with 4 dev Compute Blade and 2 Fan Units" width={'70%'}/>
+<img src="/img/bladerunner/quad/tc-parts.webp" alt="4-node BladeRunner with 4 dev Compute Blade and 2 Fan Units" width={'70%'}/>
 
 ## Fan Unit
 
-The Quad BladeRunner™️ is designed with the Fan Unit in mind
+The 4-node BladeRunner™️ is designed with the Fan Unit in mind
 
-<img src="/img/bladerunner/quad/tc-back.webp" alt="2 Quad BladeRunner next to each other" width={'70%'}/>
+<img src="/img/bladerunner/quad/tc-back.webp" alt="2 4-node BladeRunner next to each other" width={'70%'}/>
 
-Insert the Fan Unit into the back of the Quad BladeRunner™️ Making sure the fan unit is under the small catch. 
-The The fan unit will snap into place with the fan seated just inside the Quad BladeRunner™️
+Insert the Fan Unit into the back of the 4-node BladeRunner™️ Making sure the fan unit is under the small catch. 
+The The fan unit will snap into place with the fan seated just inside the 4-node BladeRunner™️
 
-<img src="/img/bladerunner/quad/tc-fan.webp" alt="2 Quad BladeRunner next to each other" width={'70%'}/>
+<img src="/img/bladerunner/quad/tc-fan.webp" alt="2 4-node BladeRunner next to each other" width={'70%'}/>
 
 ## Compute Blade
 
-The Compute bade are inserted in to the front of the Quad BladeRunner™️, align the blade with the groves
+The Compute bade are inserted in to the front of the 4-node BladeRunner™️, align the blade with the groves
 
 :::warning
 If the blade does not slide all the way back, It is possibles for the fan connecter to become misallied. remove the Blade and Fan Unit to check for damage
 Then re insert both into the BladeRunner™️
 :::
 
-<img src="/img/bladerunner/quad/tc-blade-rt.webp" alt="4 Compute Blades in Quad BladeRunner™️" width={'70%'}/>
+<img src="/img/bladerunner/quad/tc-blade-rt.webp" alt="4 Compute Blades in 4-node BladeRunner™️" width={'70%'}/>
 
 
 
 
 
 ## Expanding
 
-Quad BladeRunner™️ can be joined together to create a larger enclosure
+4-node BladeRunner™️ can be joined together to create a larger enclosure
 
 :::warning
-The tolerances on the Quad BladeRunner™️ use a tight friction fit and a rubber melt be require to assemble and disassemble
+The tolerances on the 4-node BladeRunner™️ use a tight friction fit and a rubber melt be require to assemble and disassemble
 :::
 
-<img src="/img/bladerunner/quad/tc-split.webp" alt="2 Quad BladeRunner next to each other" width={'70%'}/>
-<img src="/img/bladerunner/quad/tc-joined.webp" alt="2 Quad BladeRunner joined to each other" width={'70%'}/>
+<img src="/img/bladerunner/quad/tc-split.webp" alt="2 4-node BladeRunner next to each other" width={'70%'}/>
+<img src="/img/bladerunner/quad/tc-joined.webp" alt="2 4-node BladeRunner joined to each other" width={'70%'}/>

docs/docs/bladerunner/quad/assembly.mdx

@@ -2,11 +2,11 @@
 sidebar_position: 3
 ---
 
-# Quad
+# 4-node
 
-![BladeRunner™️ Quad](/img/bladerunner/quad/bladerunner-quad.webp)
+![BladeRunner™️ 4-node](/img/bladerunner/quad/bladerunner-quad.webp)
 
-The Quad BladeRunner™️ is our recommend enclosure for Homelab and cluster development.
+The 4-node BladeRunner™️ is our recommend enclosure for Homelab and cluster development.
 Capable of holding four Compute Blades and two Fan Units, it is ideal for quickly spinning up a development environment.
 
 ## Drawing
@@ -15,4 +15,4 @@ Capable of holding four Compute Blades and two Fan Units, it is ideal for quickl
 
 ## 3D Files
 
-Files for the BladeRunners™️ Quad are available on [GitHub](https://github.com/uptime-industries/compute-blade/tree/main/bladerunner/quad)
+Files for the 4-node BladeRunners™️ are available on [GitHub](https://github.com/uptime-industries/compute-blade/tree/main/bladerunner/quad)

docs/docs/bladerunner/quad/index.mdx

@@ -2,15 +2,15 @@
 sidebar_position: 2
 ---
 
-# Twin
+# 2-node
 
-<img src='/img/bladerunner/twin/bladerunner-twin.webp' alt="BladeRunner™️ Twin" width={'100%'}/>
+<img src='/img/bladerunner/twin/bladerunner-twin.webp' alt="BladeRunner™️ 2-Node" width={'100%'}/>
 
-Twin Enclosure allows two Compute Blades and one Fan Unit to be installed. It is ideal for desktop and development.
+2-Node Enclosure allows two Compute Blades and one Fan Unit to be installed. It is ideal for desktop and development.
 
 ## Drawing
 <img src="/img/bladerunner/twin/twin-drawing.webp" alt="Drawing with dimensions" width={'100%'}/>
 
 ## 3D Files
 
-Files for the BladeRunners™️ Twin are available on [GitHub](https://github.com/uptime-industries/compute-blade/tree/main/bladerunner/twin)
+Files for the BladeRunners™️ 2-Node are available on [GitHub](https://github.com/uptime-industries/compute-blade/tree/main/bladerunner/twin)

docs/docs/bladerunner/twin/index.mdx

@@ -142,6 +142,10 @@ The fan speed/airflow control operates via PWM, which is provided and controlled
                     <td>Input Power (Max.)</td>
                     <td>0.5W</td>
                 </tr>
+                <tr>
+                    <td>Voltage</td>
+                    <td>5V</td>
+                </tr>
                 <tr>
                     <td>Airflow Control Unit</td>
                     <td>EMC2101</td>
@@ -186,6 +190,10 @@ The fan speed/airflow control operates via PWM, which is provided and controlled
                     <td>Input Power (Max.)</td>
                     <td>0.5W</td>
                 </tr>
+                <tr>
+                    <td>Voltage</td>
+                    <td>5V</td>
+                </tr>
                 <tr>
                     <td>Fan Dimensions</td>
                     <td>40x40x20mm</td>
@@ -206,6 +214,7 @@ The fan speed/airflow control operates via PWM, which is provided and controlled
 
 Fan Units ship with a Noctua [NF-A4x20 5V](https://noctua.at/en/nf-a4x20-5v-pwm) a 5 Volt PWM fan. See Noctua website for the full [specification](https://noctua.at/en/nf-a4x20-5v-pwm/specification)
 
+<sub> See full Noctua [datasheet](https://noctua.at/pub/media/blfa_files/infosheet/noctua_nf_a4x20_5v_datasheet_en_web_1.pdf) for included fan</sub>
 ## Block Scheme
 
 <Tabs groupId="fanunit" defaultValue="smart">