Intel Core i3-6100 3.7GHz Dual-Core Processor – LGA1151 (No Fan)

Core i3-6100 3.7Ghz 3MB Processor. 6th Gen Skylake - Windows 7 Support. 14nm manufacturing. 2C/4T NB: Sourced from Advantech Embedded

Specifications

Description

The Intel Core i3-6100 3.7GHz Dual-Core Processor (LGA1151, No Fan Edition) is a reliable 6th generation Skylake CPU designed for New Zealand home users, students, and small businesses seeking dependable computing performance for everyday tasks. With two cores and four threads, it offers strong multitasking capabilities for activities such as web browsing, office applications, streaming, and light gaming.

Built on Intel’s efficient 14nm Skylake architecture, the i3-6100 delivers excellent performance per watt, making it an ideal choice for users who want a cost-effective processor for desktop builds and upgrades. Its 3.7GHz base clock speed ensures smooth, responsive computing without the need for overclocking.

This processor uses the LGA1151 socket, ensuring compatibility with a wide range of Intel 100- and 200-series motherboards, making it a flexible choice for refurbished systems, entry-level gaming PCs, or business desktops across New Zealand.

The “No Fan” designation means this package does not include a stock Intel cooler. It is recommended that Kiwi buyers pair it with an aftermarket cooling solution for optimal performance and longevity.

Key Points

• Intel Core i3-6100 – 6th Gen Skylake dual-core processor.
  
• 3.7GHz Base Clock – Strong, consistent speed for daily tasks.
  
• 2 Cores / 4 Threads – Hyper-threading for better multitasking.
  
• LGA1151 Socket – Compatible with Intel 100/200-series motherboards.
  
• No Fan Edition – Requires a separate cooling solution.
  

Benefits

1. Reliable Everyday Performance

The i3-6100 provides enough power for web browsing, email, productivity apps, and light multimedia use — perfect for NZ households and offices.

2. Smooth Multitasking

Thanks to Hyper-Threading technology, the CPU handles multiple applications at once, reducing slowdowns during everyday workflows.

3. Compatibility with Affordable Builds

As part of Intel’s Skylake family, this processor works with widely available LGA1151 motherboards, making it ideal for budget-friendly upgrades or refurbished PC projects in New Zealand.

4. Consistent and Efficient

The 3.7GHz clock speed ensures responsive performance without needing advanced configurations, ideal for students and professionals who want stability.

5. Flexibility with Aftermarket Cooling

Since this model comes with no stock fan, Kiwi buyers can choose their preferred cooling solution — from quiet air coolers to compact liquid options.

Why Choose This Processor

The Intel Core i3-6100 (No Fan) is a smart choice for New Zealanders seeking affordability, stability, and compatibility in desktop builds.

• For Students: Affordable power for research, assignments, and light entertainment.
  
• For Small Businesses: Dependable performance for office tasks, emails, and reports.
  
• For DIY Builders: Great for budget builds, refurbishments, and secondary PCs.
  
• For Value Buyers: Offers strong performance per dollar compared to older CPUs.
  

Intel processors are trusted in NZ for long-term reliability, broad compatibility, and professional-grade performance, making the i3-6100 an excellent option for cost-conscious users.

Conclusion

The Intel Core i3-6100 3.7GHz Dual-Core Processor – LGA1151 (No Fan Edition) provides affordable, efficient, and stable performance for New Zealand home users, students, and businesses. With its dual-core architecture, Hyper-Threading support, and 3.7GHz clock speed, it’s a solid choice for desktops that handle everyday workloads.

As a No Fan package, it allows Kiwi buyers to select their own cooling solution, making it flexible for custom builds and upgrades.

Whether you’re upgrading a family PC in Auckland, building a budget system in Wellington, or refurbishing desktops for a Christchurch office, the i3-6100 offers the balance of reliability, affordability, and compatibility you need.