AMCモジュール用ACAR1 -Bキャリアブレード - 高度な通信コンピューティングアーキテクチャ
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  • 品番:C111975
  • 在庫状況:In Stock
  • 状態:新品
  • 製品機能:即発送可能
  • 最小注文:1 単位
  • 定価:$2,699.00
  • 販売価格: $2,599.00 節約額 $100.00
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ACAR1-B Carrier Blade (PN C111975) for AMC Modules in AdvancedTCA Telecom Computing Systems

Title

ACAR1-B Carrier Blade (PN C111975) – High-Performance AdvancedTCA Platform for Hosting AMC Modules in Scalable Telecom Networks

Keywords

ACAR1-B carrier blade, AMC modules, AdvancedTCA, telecom computing, high-performance carrier blade, scalable telecom solutions, C111975, modular carrier blade design, efficient data transfer

Description

The ACAR1-B carrier blade is purpose-built to support AMC modules within an AdvancedTCA framework, delivering a reliable foundation for modern telecom computing environments. Designed for carrier-grade deployments, this blade enables efficient integration of multiple AMC modules while maintaining high throughput and system stability.

As a high-performance carrier blade, the ACAR1-B ensures efficient data transfer between hosted AMC modules and the broader AdvancedTCA backplane. This capability is critical for telecom applications that require real-time processing, low latency, and continuous availability across complex network architectures.

The modular carrier blade design allows network operators and system integrators to customize configurations based on specific workload requirements. By supporting a wide range of AMC modules, the ACAR1-B enables flexible system design while preserving compatibility with existing AdvancedTCA infrastructures.

Identified by Part Number C111975, the ACAR1-B carrier blade simplifies sourcing, deployment, and lifecycle management. Its robust construction and scalability make it a key component for building scalable telecom solutions that can evolve alongside growing traffic and service demands.

Key Features

Configuration

Item Specification
Product Model ACAR1-B
Part Number (PN) C111975
Carrier Blade Type AMC Carrier Blade
Compatibility AMC Modules
Architecture Advanced Telecommunications Computing Architecture (AdvancedTCA)
Design Modular and Scalable

Compatibility

The ACAR1-B carrier blade is compatible with standard AdvancedTCA chassis that support AMC carrier slots. It works seamlessly with a wide range of AMC modules, ensuring interoperability with existing telecom platforms and simplifying system upgrades or expansions.

Usage Scenarios

In carrier-grade telecom computing environments, the ACAR1-B carrier blade is used to aggregate multiple AMC modules for tasks such as signaling processing, control plane management, and network function virtualization.

For operators deploying AdvancedTCA-based core and access networks, this high-performance carrier blade provides the scalability needed to support increasing traffic volumes while maintaining consistent performance and reliability.

System integrators leverage the modular carrier blade design to build customized platforms tailored to specific application requirements, enabling rapid deployment of scalable telecom solutions.

In long-term infrastructure projects, the ACAR1-B carrier blade supports future expansion by allowing additional AMC modules to be added without redesigning the entire system, protecting investment and simplifying network evolution.

Frequently Asked Questions

Q1: What is the primary function of the ACAR1-B carrier blade?
The ACAR1-B carrier blade is designed to host and interconnect AMC modules within an AdvancedTCA system, enabling high-performance and scalable telecom computing.

Q2: Why is AdvancedTCA important for telecom applications?
AdvancedTCA provides a standardized, carrier-grade architecture that supports high availability, scalability, and efficient data transfer, making it ideal for mission-critical telecom networks.

Q3: Can the ACAR1-B support future system expansion?
Yes, the modular carrier blade design allows additional AMC modules to be integrated as network demands grow, ensuring long-term scalability.

Q4: Why is Part Number C111975 important when ordering?
Part Number C111975 ensures accurate identification of the ACAR1-B carrier blade, helping buyers confirm compatibility and streamline procurement, deployment, and maintenance processes.

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