MikroTik CCR2116-12G-4S+ Cloud Core Router (CCR2116-12G-4S+)
Key Features
Brand Mikrotik
Model name CCR2116-12G-4S+
Special feature WPS
Frequency band class Single-Band
Wireless communication standard 802.11ac
Compatible devices Personal Computer
Frequency 5 GHz
Recommended uses for product Home
Included components Rackmount bracket white
Connectivity technology Ethernet
1 Year Warranty
MikroTik CCR2116-12G-4S+ Cloud Core Router: Professional High-Capacity Mission-Critical Network Routing Engine
The MikroTik CCR2116-12G-4S+ Cloud Core Router is a premium tier networking processing unit engineered for high-performance enterprise and carrier-grade hardware infrastructures. This next-generation routing board utilizes a cutting-edge Amazon Annapurna Labs Alpine 16-core CPU architecture to deliver advanced layer-3 data packet forwarding, heavy hardware-accelerated encryption processing, and rigorous factory-calibrated core bandwidth management. Designed for seamless integration into high-density workstation frames, complex telecommunication server racks, and demanding tower computer backbones, this professional desktop and rackmount network solution offers optimized durable structural handling, high power efficiency, and future-proof connection interfaces to satisfy strict technical processing requirements.
The MikroTik CCR2116-12G-4S+ is an enterprise-grade hardware component designed for heavy computing workloads, non-stop network operations cycles, and high-fidelity computing environments. It features a massive 16GB DDR4 memory layout paired with 4608 dynamic network packet buffers to ensure ultra-smooth frame delivery across demanding internet service provider tasks, local AI model network orchestration, and local system data execution. This premium elite-binned routing device delivers reliable data processing throughput, exceptional physical stability, and intelligent traffic management for comprehensive corporate architecture optimization.
Key Technical Specifications
Processing and Core Architecture
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- Graphics Processor Unit: Amazon Annapurna Labs Alpine AL73400 operating on an ultra-efficient 16-core processing node clocked at 2 GHz per core.
- Core Unit Layout: 16 unified high-performance ARM v8 64-bit cores with a dedicated inter-core interconnect fabric layer.
- Factory SOC Calibration: Hand-selected premium silicon core factory-tuned for maximum stable layer-3 routing frequencies out of the box.
- Extreme Performance Profile: Highest stable throughput boundaries unlocked via automated network engine configurations within the RouterOS v7 control suite.
Memory and Interface Bus
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- Video Memory Size: 16 gigabytes of dedicated high-speed ECC DDR4 internal system memory capacity.
- Memory Interface Width: Expanded multi-channel memory bus architecture delivering an expansive total non-blocking data bandwidth threshold of 100 Gbps.
- Effective Memory Speed: Blazing fast data execution operations speed for fluid BGP routing tables and complex firewall state streaming.
- Motherboard Bus Connection: Next-generation PCI Express internal architecture operating over four high-speed SFP+ 10G interfaces alongside an array of 12 Gigabit Ethernet lanes
Thermal Design and Dimensions
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- Cooling Fan Solution: Heavy-duty specialized dual-redundant cooling thermal system utilizing custom reinforced industrial-grade fan blade technology.
- Copper Heat Pipe Design: Precision-machined dense aluminum heatsinks that maximize contact with the processing unit to draw thermal energy away rapidly.
- Physical Form Factor: Robust 1U rackmount layout taking up minimal internal server enclosure space while maintaining maximum operational footprint.
Advanced Intelligent Visual Features
NVIDIA Blackwell Architecture Optimization
The underlying hardware platform benefits from the high-performance architectural improvements of the specialized RouterOS routing matrix. This generational leap provides a monumental performance-per-watt throughput improvement over older networking lines, processing intricate vector configurations, complex access control lists, and heavy traffic queuing grids smoothly.
AI-Driven Frame Generation Technology
The board leverages full support for automated script automation and smart hardware-offloaded fastpath reconstruction technologies. By utilizing internal hashing algorithms via dedicated network control units, the system processes additional high-quality data packets independently, multiplying packet forwarding smoothness without overworking standard processing cores.
Advanced Video Connectivity Matrix
The rear input-output array includes high-speed RJ45 console connections alongside dual redundant power supply connectors to drive ultra-high availability networks seamlessly. The updated interface engine handles crisp data output up to 10 Gigabit speeds at a blisteringly fast line-rate forwarding capacity using hardware-based VLAN filtering optimization.
Enterprise System Deployment Benefits
Rigid Structural Enforcement
The external structure is reinforced by a military-grade rigid metal rackmount enclosure combined with an anti-flex chassis system. This physical layout eliminates structural stress on the inner circuit paths and prevents mechanical interface port sagging over long-term usage cycles under heavy ambient thermal shifts.
Fortified Thermal and Electrical Componentry
The custom printed circuit board is fortified with premium solid-state internal components, high-efficiency dual hot-swappable power modules, and additional heavy-duty safety fuses. The specialized industrial component selection guarantees continuous high-load operations and guards against environmental dust and rack enclosure humidity deterioration.
Optimized Power Consumption Framework
The unit exhibits an optimized total maximum system power rating, drawing energy cleanly through standard dual-redundant AC power cable layouts. This low-draw profile eliminates the need for expensive high-voltage dedicated industrial utility equipment, running stably on an accessible server room power grid layout while leaving ample headroom for the factory-overclocked processing cores.
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