1️⃣ Install Ollama First things first, download and install Ollama: Once installed, confirm it’s working by running the following in your os's terminal:ollama --version 2️⃣ Download DeepSeek Models DeepSeek comes in different sizes. Here’s how to run them using Ollama: DeepSeek 1.5B ollama run deepseek-r1:1.5b DeepSeek 7B ollama run deepseek-r1:7b DeepSeek 8B ollama run deepseek-r1:8b This starts an interactive session where you can chat with the model. 3️⃣ Integrate with VS Code (Continue Plugin) Now, let’s get this working inside VS Code with Continue, a plugin for AI-assisted coding. Install the Continue Plugin Open VS Code Go to Extensions (Ctrl + Shift + X or Cmd + Shift + X) Search for "Continue" and install it Configure Continue to Use DeepSeek Open VS Code Settings (Ctrl + ,) Search for Continue: Model Provider Set it to Ollama Open your Continue settings (continue.config.json) and add { "models": { "default": { "provider": "ollama", "model": "deepseek-ai/deepseek-coder:7b" } } } Or you can do it with the UI Select Add Chat model In provider, select Ollama In Model, you…

I have a Synology that has only one 2TB harddrive using SHR raid type mainly for surveillance camera recording. It started running out of space and I wanted to upgrade it to a 3TB harddrive but want to reuse the original 2TB drive for other use case. So I used a drive clone tool to clone all the partition of the old 2TB to the new 3TB drive. But I noticed in the Synology Storage Manager, it is still saying the storage pool only has 2TB and can't be expanded or create a new storage pool even though the HDD/SDD section did recognize the new drive to be 3TB. This article will show you how to solve this problem. Step 1: Enable SSH Step 2: SSH into your nas with your user name and password Step 3: run the following command sudo -i type in your password Step 4: run the following command fdisk -l You will see a list of disk info. Find the one that matches your disk size, usually the name is…

The recently released Raspberry Pi 5 is making waves with its impressive performance capabilities, positioning it as a powerful option for various applications, including running Android Automotive. This post will show you how to build Android Automotive OS (AAOS) and run it on the RPI 4 or 5. Prerequisites Set up AOSP build environment. If you are using Ubuntu 22+, you can download repo with apt. If not, please follow the guide above to set up repo. Build machine: A 64-bit x86 Linux system At least 400 GB of free disk space to check out and build the code (250 GB to check out + 150 GB to build). A minimum of 64 GB of RAM. Based on my experience, 32 GB of RAM is good for building Android 13. But for Android 14, 32 GB is not enough and will give an error and stop the build. A swap can be used when you don't have enough RAM. To set up swap: Open a Terminal: You’ll need terminal access with superuser privileges. Create the Swap File: Use the…

Google regularly update their guide for using Pixel devices to run Android Automotive (AAOS). The latest supported device is Pixel tablet. This guide serve as an archive of Google's official guide about building and flashing with image of Android Automotive on Pixel 4a (5g) and Pixel 5. Prerequisites Before you continue, confirm you have the following items: OEM unlocking is required. Use either an unlocked Pixel 4a (5G) or Pixel 5 Linux desktop capable of building Android code. For more information, see Establishing a Build Environment. Code sync and build To sync Android build SP1A.210812.016.A1:mkdir aaos_on_phonecd aaos_on_phonerepo init -u https://android.googlesource.com/platform/manifest -b android-12.0.0_r3 --use-superproject --partial-clone --partial-clone-exclude=platform/frameworks/base --clone-filter=blob:limit=10Mrepo sync -j8 -c -q Download the proprietary binaries and patches. Pixel 4a (5G). Download the 4a (5G) binaries, such as the vendor image and Qualcomm drivers for Android 12, build SP1A.210812.016.A1:curl --output - https://dl.google.com/dl/android/aosp/google_devices-bramble-sp1a.210812.016.a1-a60d24d5.tgz  | tar -xzvf -tail -n +315 extract-google_devices-bramble.sh | tar -zxvf -curl --output - https://dl.google.com/dl/android/aosp/qcom-bramble-sp1a.210812.016.a1-3fa45eab.tgz | tar -xzvf -tail -n +315 extract-qcom-bramble.sh | tar -xzvf - Pixel 5. Download the Pixel 5 binaries, such as the vendor image and Qualcomm drivers for Android 12,…

On December 28th at 2 p.m., Xiaomi's automotive division finally held its launch event in Beijing. Xiaomi's Chairman and CEO, Lei Jun, announced the company's aspiration to become one of the world's top five automotive manufacturers within 15 to 20 years. Xiaomi's goal is to create a dream car that rivals the likes of Porsche and Tesla. During the two-and-a-half-hour event, Lei Jun presented various key aspects of Xiaomi's automotive technology, including the motor, platform architecture, in-house developed CTB integrated battery, die-casting, autonomous driving, smart cockpit, and the design of its first model, the SU7. Lei Jun: The Xiaomi SU7 accelerates from 0 to 100 kilometers per hour in 2.78 seconds, surpassing the Porsche Taycan Turbo. Lei Jun highlighted that the Xiaomi SU7 boasts a 0-100 km/h acceleration of 2.78 seconds, surpassing the million-dollar luxury car Porsche Taycan Turbo. The Xiaomi SU7 is equipped with Xiaomi-Ningde era battery cells, featuring a battery capacity of 101 kWh. Its CLTC (Chinese Long-Term Conditions) range reaches 800 kilometers and comes with an 800V super-fast charging capability, offering 220…

It's no doubt that electric vehicles are getting more and more popular. But some terms or jargon that manufacturers use in advertisement will make a lot of of people confused. Today let's try to clear some of that away and help you choose the right EV for you. Cell, Module, Pack Firstly, traditional power batteries can be divided into three main components: cell - module - pack. They progress in layers, where several cell units are packaged into a module, and multiple modules form a battery pack, which we commonly refer to as the "battery pack." Cell The cell is the smallest electrochemical unit within a battery pack, enclosed in a casing. It consists of a positive electrode, a negative electrode, a separator, and an electrolyte—these components form the basis of batteries like lithium-ion or lithium iron phosphate. The majority of new energy vehicles use lithium-ion and lithium iron phosphate cells, while a few hybrid models employ nickel-metal hydride batteries, predominantly from the Toyota line. Lithium-ion Batteries(NCM/NCA, or ternary battery) : Typically use lithium nickel…

Samsung announced its financial report for the third quarter of 2023 today. The company reported revenue of 67.40 trillion Korean won (approximately $57.91 billion USD), which is lower than the 76.78 trillion Korean won reported in the same period last year and below market expectations of 67.62 trillion Korean won. This represents a 12.22% year-on-year decrease but a 12.31% increase compared to the previous quarter. Furthermore, the operating profit was 2.43 trillion Korean won (approximately $2.08 billion USD), lower than the 10.85 trillion won from the same period last year but significantly higher than the 0.67 trillion won reported in the previous quarter. Gross profit stood at 20.79 trillion Korean won (approximately $17.87 billion USD), lower than the 28.71 trillion won from the same period last year but higher than the 18.36 trillion won reported in the previous quarter. Net profit amounted to 5.84 trillion Korean won (approximately $5.01 billion USD), higher than the 1.72 trillion won in the previous quarter but lower than the 9.39 trillion won from the same period last year. Samsung…

This is a tutorial to help you enter Tesla' Service Mode and diagnose your car. Note that this is based on software version 2023.20.4 (June 2023) and that the feature set will continue to evolve with future software releases. Step 1: Press the car icon on the bottom left corner Step 2: Press the "Software" tab. Step 3: Press and hold in between the model type (E.g. Model 3) and range type (E.g. Long Range) until you see a ripple. Step 4: Type "Service" in the next screen and then press "OK" Now you are in!!! What are some helpful settings in Service Mode User-Friendly Diagnostic Mode: Create a user-friendly diagnostic mode within the vehicle's touchscreen interface. This mode would provide access to various diagnostic tools, including window calibration, system checks, and error code readings. Detailed Error Code Descriptions: Include detailed descriptions for error codes to help users understand issues and potential solutions. This information could be available directly on the touchscreen or through a dedicated smartphone app. Update Management: Allow users to initiate, pause,…

Since 2013, the installation rate of digital key features such as "keyless entry" and "remote start" in newly launched car models has gradually increased, rising from no installation initially to the current 27.75% and 37.50%. Today, we will discuss digital keys. Differences Between Digital Keys and Conventional Car Keys Different Key Form: Traditional car keys are integrated remote control keys, while digital keys do not have a physical form and can be accessed through a smartphone or smart wearable device, allowing key functions to be performed by simply approaching the vehicle. Different Features: Conventional car keys are used solely for locking and unlocking doors, whereas digital keys offer keyless entry and start, remote key authorization, personalized vehicle settings, and additional functions such as locking/unlocking, starting, opening/closing windows, controlling air conditioning, and vehicle sharing through smart devices. Digital Key Technology Principles Digital keys primarily employ three technology pathways: Bluetooth low-energy (BLE), near-field communication (NFC), and ultra-wideband (UWB), with Bluetooth keys being the most widely used. Bluetooth BLE (Bluetooth low-energy) Key Bluetooth BLE keys are relatively straightforward.…

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