ADVANTECH VEGA-3300-A0E0

ADVANTECH VEGA-3300-A0E0 4K HEVC エンコーダカード ユーザーマニュアル

Model: VEGA-3300-A0E0

導入

This manual provides comprehensive instructions for the installation, operation, and maintenance of the ADVANTECH VEGA-3300-A0E0 4K HEVC Encoder Card. The VEGA-3300-A0E0 is a high-performance encoder card based on the Socionext M31, designed for real-time 4K HEVC encoding.

ADVANTECH VEGA-3300-A0E0 4K HEVC Encoder Card

Figure 1: ADVANTECH VEGA-3300-A0E0 4K HEVC Encoder Card. This image shows the front view of the encoder card, highlighting its PCIe interface, various input/output ports, and the heatsink design.

主な特徴

設定

1. ハードウェアのインストール

  1. 電源オフシステム: インストールを開始する前に、コンピュータ システムの電源が完全にオフになっており、電源プラグが抜かれていることを確認してください。
  2. オープンシャーシ: Carefully open your computer's chassis to access the motherboard's PCIe slots.
  3. PCIe スロットを見つけます: Identify an available PCIe x16 or compatible slot on your motherboard.
  4. カードを挿入: Gently align the VEGA-3300-A0E0 card with the chosen PCIe slot and press down firmly until it is securely seated.
  5. セキュアカード: Use the retention mechanism or screw to secure the card in place within the chassis.
  6. クローズシャーシ: Close the computer chassis and reconnect all cables.

2. ドライバーとソフトウェアのインストール

After hardware installation, you will need to install the necessary drivers and software development kits (SDKs) to utilize the encoder card's full capabilities.

操作手順

The VEGA-3300-A0E0 encoder card is designed for real-time video encoding. Its operation is primarily controlled through software applications utilizing its API and integration with multimedia frameworks like FFmpeg and GStreamer.

Basic Encoding Workflow:

  1. 入力ソース: Connect your video input source (e.g., camera, video player) to the appropriate input ports on the VEGA-3300-A0E0 card.
  2. ソフトウェア構成: Launch your encoding software or application that utilizes the VEGA-3300-A0E0's API.
  3. Set Encoding Parameters: Configure the desired encoding parameters, such as resolution (4K or FHD), frame rate (60 fps), HEVC profile (Main 8, Main 10, Main 10 4:2:2), and bitrate.
  4. Start Encoding: Initiate the encoding process within your software. The card will process the input video in real-time.
  5. Output Stream: The encoded video stream will be available for output, typically over a network or saved to local storage, depending on your software configuration.

For detailed programming and integration instructions, refer to the specific API documentation and example code provided by ADVANTECH for FFmpeg and GStreamer.

メンテナンス

Proper maintenance ensures the longevity and optimal performance of your VEGA-3300-A0E0 encoder card.

トラブルシューティング

This section addresses common issues you might encounter with the VEGA-3300-A0E0 encoder card.

一般的な問題と解決策:

If you continue to experience issues, refer to the detailed troubleshooting guides available on the ADVANTECH support webサイトをご覧いただくか、テクニカル サポートにお問い合わせください。

仕様

特徴詳細
モデル名Socionext M31 based 4K HEVC encoder card (new)
モデル番号VEGA-3300-A0E0
ブランドアドバンテック
Encoding Capabilities1-ch 4K (2160p) or 4-ch FHD (1080p) @ 60 fps
HEVC ProfilesMain 8, Main 10, Main 10 4:2:2 modes
消費電力15W未満
インタフェースPCIe (specific generation/lane not specified, assuming standard)
API サポートFFmpeg, GStreamer
信号対雑音比(dB)120デシベル
最大sampルレート48 kHz
欧州連合774829093603

保証とサポート

ADVANTECH products are manufactured to high quality standards and are backed by a limited warranty. For specific warranty terms and conditions applicable to your VEGA-3300-A0E0 encoder card, please refer to the warranty information included with your product packaging or visit the official ADVANTECH webサイト。

For technical support, driver downloads, firmware updates, and additional resources, please visit the ADVANTECH support portal:

www.advantech.com/support

When contacting support, please have your product model number (VEGA-3300-A0E0) and serial number ready.