MikroTik CCR1036-12G-4S Router

MikroTik CCR1036-12G-4S Router

The MikroTik CCR1036-12G-4S Router Router stands as a pinnacle of high performance networking, designed to tackle enterprise grade routing demands with exceptional reliability and versatility. Its blend of powerful hardware, robust software, and extensive connectivity options makes it an indispensable solution for modern data centers, ISPs, and demanding networking environments.

Key Features of the MikroTik CCR1036-12G-4S Router

At the core of the MikroTik CCR1036-12G-4S Router lies a formidable 36core TILEGx CPU running at 1.2 GHz, providing unparalleled processing capability. This multicore architecture allows simultaneous handling of multiple routing tasks without bottlenecks, ideal for networks with heavy traffic loads.

Paired with 4 GB ECC RAM and 1 GB NAND storage plus microSD support, this router offers stability and reliability, preventing data corruption and ensuring smooth operation even under intense workloads.

Connectivity is extensive: 12 Gigabit Ethernet ports allow direct wired connections for a variety of devices, while 4 SFP ports (1.25G) enable seamless fiber uplinks. This combination of ports ensures flexibility for highspeed networking and futureproof infrastructure expansion.

The router features a color touchscreen LCD display, providing immediate system status and monitoring, which is particularly useful in data center environments where rapid diagnostics are crucial.

Built for redundancy and uptime, the device includes dual power inputs with AC support, allowing continuous operation even if one power source fails. Rackmount compatibility (1U) ensures efficient integration into server racks, optimizing space in professional installations.

Operating on RouterOS Level 6, this router provides advanced routing, firewall, VPN, and bandwidth management features. This software ecosystem allows finegrained control over network behavior, making the CCR103612G4S highly adaptable to diverse networking scenarios. MRHPE provides it.

Benefits of Using the MikroTik CCR1036-12G-4S Router

MikroTik CCR1036-12G-4S Router excels in delivering high throughput without compromising stability. Its multicore CPU ensures minimal latency and fast packet processing, even under peak loads. This is ideal for enterprises running largescale applications, VoIP traffic, or data intensive services.

High reliability stems from ECC RAM, dual power inputs, and redundant SFP uplinks, ensuring that network downtime is minimized. The combination of robust hardware and intelligent software allows businesses to rely on uninterrupted service, which is critical for modern operational demands.

Flexibility is another major benefit. The inclusion of both copper Ethernet and SFP fiber ports supports hybrid network topologies, making this router suitable for bridging multiple network segments, connecting to core switches, or expanding WAN connectivity.

Use Cases for MikroTik CCR1036-12G-4S Router

The router is designed for a variety of high demand environments:

• Data Centers: Handle heavy internal and external traffic while maintaining low latency and high reliability.
• ISPs: Manage multiple client connections with advanced routing, NAT, and QoS capabilities.
• Enterprise Networks: Support highspeed backbone connections, VPN services, and secure remote access.
• VoIP and Streaming: Ensure low latency packet delivery for voice and video traffic.
• Failover Systems: Maintain connectivity across multiple uplinks with redundancy and intelligent routing.

Implementing Redundant Uplink with SFP Modules

The 4 SFP ports on the MikroTik CCR1036-12G-4S Router allow seamless integration of fiber connections for highspeed uplinks. Network designers can implement link aggregation (LACP) and failover redundancy to guarantee that any single port failure does not disrupt service.

For businesses relying on uninterrupted internet or private WAN connectivity, using these SFP ports with fiber modules ensures both long distance connectivity and high resilience.

Performance Optimization with FastPath and Multicore Usage

RouterOS Level 6 includes FastPath technology, which accelerates packet forwarding by bypassing the CPU for simple routing tasks. On the MikroTik CCR1036-12G-4S Router, FastPath fully utilizes the 36core CPU, ensuring maximum throughput with minimal CPU load.

Network administrators can also leverage multicoreaware configurations, assigning specific tasks to certain cores, which further enhances performance during peak traffic periods. Combined with QoS policies, this router guarantees optimal distribution of bandwidth across applications.

Comparison with Similar MikroTik Models

This table highlights the MikroTik CCR1036-12G-4S Router’s balance of high core count, extensive ports, and energy efficient design compared to larger or smaller models. It is ideal for setups requiring strong performance without the massive scale of the CCR1072 series.

Technical Specifications Table

Frequently Asked Questions (FAQ)

Q1: Can the MikroTik CCR1036-12G-4S Router be used for small office networks?

A1: Yes, although its capabilities are overkill for small networks, it can provide enterprise grade reliability and scalability.

Q2: Does it support fiber uplinks?

A2: Yes, the 4 SFP ports allow integration of fiber modules for highspeed and long distance connectivity.

Q3: Is the device rack mountable?

A3: Yes, it comes with 1U rackmount compatibility for efficient integration in server racks.

Q4: How energy efficient is it?

A4: Despite 36 cores, it consumes approximately 60W, which is relatively low for a router of this capacity.

Q5: Can it handle VoIP and streaming traffic efficiently?

A5: Absolutely, thanks to its multicore CPU and Fast Path support, ensuring low latency and high throughput.

About MRHPE

MRHPE represents a reliable and recognized provider of enterprise networking solutions, delivering high performance MikroTik devices such as the MikroTik CCR1036-12G-4S Router . Their commitment ensures that businesses get both cutting edge technology and support for critical network infrastructure.