Added missing boards + ClockworkPi

_blinka/clockworkpi.md

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+---
+layout: download
+board_id: "clockworkpi"
+title: "ClockworkPi Download"
+name: "ClockworkPi"
+manufacturer: "Clockwork Tech LLC"
+board_url: "https://www.clockworkpi.com/product-page/cpi-v3-1"
+board_image: "clockworkpi.jpg"
+download_instructions: ""
+downloads_display: true
+blinka: true
+date_added: 2020-4-16
+features:
+  - Wi-Fi
+  - Bluetooth/BLE
+  - HDMI
+---
+
+New clockworkPi v3.1 development board:
+ * Allwinner R16-J Quad-core Cortex-A7 CPU @1.2GHz
+ * Mali-400 MP2 GPU
+ * 1GB DDR3 memory
+ * WI-FI 802.11b/g/n & Bluetooth v4.0
+ * Micro HDMI output (720P)
+ * Micro SD card slot (Support up to 128GB)
+ * PMU (Power Management Unit)
+ * USB OTG supported
+ * Ultra-small size (67.6 * 47.6 * 6.8mm)
+
+## Purchase
+* [ClockworkPi](https://www.clockworkpi.com/product-page/cpi-v3-1)
+
+## Contribute
+
+Have some info to add for this board? Edit the source for this page [here](https://github.com/adafruit/circuitpython-org/edit/master/_blinka/{{ page.board_id }}.md).

_board/bdmicro_vina_m0.md

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+---
+layout: download
+board_id: "bdmicro_vina_m0"
+title: "Vina M0 Download"
+name: "Vina M0"
+manufacturer: "BDMICRO, LLC"
+board_url: "https://bdmicro.com/products/vina-m0"
+board_image: "bdmicro_vina_m0.jpg"
+date_added: 2020-4-16
+features:
+  - Battery Charging
+---
+
+ARM Cortex-M0+, 64MB Filesystem Flash, I2C, UART, A/D Input, Digital I/O, High Accuracy Battery-Backed Real Time Clock, Lithium Ion Polymer Battery Charger
+
+Based on ATSAMD21G18A MCU
+
+On board:
+ * 64MB SPI flash for data and file system
+ * High Accuracy battery backed Real-Time-Clock
+ * USB Device port for PC or Mac connection
+ * I2C Connector on-board for convenient connection to sensors, displays, and other devices
+ * External Lithium Ion Polymer Battery connection and charger
+ * External power through battery, USB, or Molex Latch-Lock connector
+ * ARM Cortex header for debugging and programming
+ * UF2 Bootloader to load your application without additional hardware; provides easy drag-and-drop programming from Mac or PC
+ * CircuitPython loaded for immediate use without the need for additional development tools; utilizes the virtual comm port instantiated when the board is connected to Mac or PC, and provides USB mass storage device to drag and drop programs onto, or edit directly on the device
+
+Can run standalone or piggy back on an application-specific board solution.
+
+## Purchase
+* [BDMICRO](https://bdmicro.com/products/vina-m0)
+
+## Contribute
+
+Have some info to add for this board? Edit the source for this page [here](https://github.com/adafruit/circuitpython-org/edit/master/_board/{{ page.board_id }}.md).

_board/fomu.md

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+---
+layout: download
+board_id: "fomu"
+title: "Fomu Download"
+name: "Fomu"
+manufacturer: "Tim 'mithro' Ansell"
+board_url: "https://tomu.im/fomu.html"
+board_image: "fomu.jpg"
+date_added: 2020-4-16
+---
+
+Only 13mm long, **Fomu** really puts the _micro_ in microprocessor. Fomu is a fully open-source, programmable FPGA device that sits inside a USB Type-A port. It has four buttons, an RGB LED, and an FPGA that is compatible with a fully open source chain and capable of running a RISC-V core. Fomu comes in a custom plastic enclosure that slots perfectly into a USB port.
+
+Fomu:
+
+ * **has Python**
+   * With 128 kilobytes of RAM and a large amount of storage, Fomu is powerful enough to run Python natively. And since it lives in your USB port, installation is super simple. FPGAs are complicated, but the latest Python tools make it easy to use Fomu without any specialized training.
+ * **runs RISC-V**
+   * Underneath the Python interpreter lies a RISC-V softcore running on the FPGA fabric. RISC-V is an up-and-coming processor architecture that is poised to take over everything from deeply-embedded chips to high-performance computing. Fomu’s RISC-V softcore is a great introduction to the processor architecture of the future.
+ * **is an FPGA**
+   * An FPGA is a piece of reconfigurable silicon. The default Fomu firmware exposes a USB bootloader running a RISC-V softcore, but you can load whatever you want. Softcores are also available for LM32 and OpenRISC. You can practice adding instructions to the CPU, or add new blocks such as LED blink patterns or better captouch hardware blocks.
+ * **is entirely open**
+   * Developing with Fomu is incredibly easy: just load code via USB and go. Whether you’re writing RISC-V code, Python code, or HDL, it’s all uploaded to Fomu in the same way. The ICE40UP5K FPGA is supported with a fully open toolchain, meaning you can start development without creating an account, signing an NDA, or downloading a multi-gigabyte installer.
+An FPGA is an Array of Gates that is Field-Programmable. When you buy a chip such as a CPU, the logic cells are all fixed in place. A CPU can run any amount of code, but if you want to do anything exotic you need to create software and, depending on what you want to do, that software can be very slow.
+
+For example, many embedded projects use WS2812 LEDs such as [NeoPixels](https://www.adafruit.com/?q=WS2812) that require a specialized timing signal. A CPU can generate this signal in software, but it can’t do anything in the background while talking to the light. If the string of LEDs is very long, then the CPU wastes a lot of time and power generating the signal.
+
+With an FPGA, it becomes possible to create an “LED driver” that allows the CPU to keep running while a hardware component handles the timing. The CPU could do other work, or could put itself in a low power state.
+
+In fact, the “CPU” in the FPGA is created from a hardware description language, meaning it can be modified or swapped out. If you wanted, you could create a brand-new CPU instruction. Do you want to have fast 64-bit multiplies? Or maybe you want a way to get random numbers easily? With Fomu and its FPGA, you have the source code to the CPU itself.
+
+## Purchase
+* [Adafruit](https://www.adafruit.com/product/4332)
+
+## Contribute
+
+Have some info to add for this board? Edit the source for this page [here](https://github.com/adafruit/circuitpython-org/edit/master/_board/{{ page.board_id }}.md).

_board/thunderpack.md

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+---
+layout: download
+board_id: "thunderpack"
+title: "Thunderpack Download"
+name: "Thunderpack"
+manufacturer: "Jeremy Gillick"
+board_url: "https://github.com/jgillick/ThunderPack"
+board_image: "thunderpack.jpg"
+date_added: 2020-4-16
+features:
+- Battery Charging
+---
+
+A kick-ass microcontroller board with everything you need in a compact package that fits in your pocket. Integrated battery, power management system, Arm microcontroller, USB bootloader, 4 high-power PWM outputs, and 12 GPIOs.
+
+Why? After years of wiring together portable LED controllers that all consisted of a lithum batter, charge controller, power switch, and an arduino nano (or similar), I wanted something better. I always found those versions to be janky and fragile -- not to mention concerned that damaging the pouch cell battery might make it explode! This board has everything I need with room to expand.
+
+Features
+ * Ultra-low-power 32-bit microcontroller (STM32L072xx)
+* Integrated high-capacity 18650 lithium battery
+* 4 high-current PWM outputs (2.3A per channel!) with an LED on each for debugging.
+* 12 GPIOs, USART, I2C, SPI, USB
+* 6k EEPROM
+* USB bootloader
+* Tactile on/off switch
+* Tactile user button with built-in debounce circuit
+* Breadboard friendly
+* Durable AF! (Put a tube of heat shrink around it for a super easy case, if you'd like.)
+
+## Learn More
+* [Github](https://github.com/jgillick/ThunderPack)
+
+## Contribute
+
+Have some info to add for this board? Edit the source for this page [here](https://github.com/adafruit/circuitpython-org/edit/master/_board/{{ page.board_id }}.md).