# AMD Ryzen 7 2700E > microprocessor model released in 2018 **Wikidata**: [Q107442408](https://www.wikidata.org/wiki/Q107442408) **Source**: https://4ort.xyz/entity/amd-ryzen-7-2700e ## Summary The **AMD Ryzen 7 2700E** is an 8-core, 16-thread microprocessor model released in 2018 as part of AMD's Ryzen 7 series, designed for high-performance desktop computing. It features the **Zen+ microarchitecture**, is fabricated using a **12 nm lithography process**, and is compatible with the **Socket AM4** platform. Manufactured by **GlobalFoundries**, it represents AMD's push to compete with Intel in the mainstream CPU market. ## Key Facts - **Release Year**: 2018 - **Manufacturer**: GlobalFoundries (for AMD) - **Microarchitecture**: Zen+ - **Fabrication Process**: 12 nm lithography - **Socket Compatibility**: AM4 - **Core/Thread Count**: 8 cores / 16 threads - **Brand Line**: Ryzen 7 (part of AMD's mainstream processor family) - **Parent Company**: Advanced Micro Devices (AMD), founded May 1, 1969, headquartered in Santa Clara, California - **Competitor Context**: Directly competes with Intel's Core series processors - **Product Family**: Part of the Ryzen lineup, which includes Ryzen 3, 5, 7, and Threadripper variants - **Predecessor Context**: Follows the original Zen architecture (2016) with improvements in performance and efficiency ## FAQs ### **What are the specifications of the AMD Ryzen 7 2700E?** The Ryzen 7 2700E is an 8-core, 16-thread processor built on AMD's **Zen+ microarchitecture** using a **12 nm fabrication process**. It is designed for the **AM4 socket** and was released in 2018 as part of AMD's push to enhance performance-per-watt in mainstream desktop CPUs. ### **How does the Ryzen 7 2700E compare to other Ryzen 7 models?** The **2700E** is a lower-power variant of the **Ryzen 7 2700**, optimized for energy efficiency while maintaining similar core and thread counts. It sits within the **Ryzen 7 series**, which also includes models like the **2700U** (mobile-focused) and standard **2700** (higher TDP for desktop performance). ### **Who manufactures the Ryzen 7 2700E?** The processor is manufactured by **GlobalFoundries**, one of AMD's key fabrication partners, alongside **TSMC**. AMD designs the architecture in-house but relies on external foundries for production. ### **What is the significance of the Zen+ architecture in the Ryzen 7 2700E?** The **Zen+ microarchitecture** (a refinement of the original **Zen** from 2016) introduced improvements in **clock speeds, power efficiency, and memory latency**. The **12 nm process** allowed for better performance-per-watt compared to the first-generation Ryzen CPUs. ### **Is the Ryzen 7 2700E still relevant today?** While newer generations (e.g., **Zen 2, Zen 3, Zen 4**) have surpassed it in performance, the **2700E remains notable** for its role in AMD's resurgence against Intel in the late 2010s, offering competitive multi-core performance at lower power draw. ## Why It Matters The **AMD Ryzen 7 2700E** represents a critical step in AMD's strategy to challenge Intel's dominance in the CPU market. By offering **8 cores and 16 threads** in a power-efficient package, it provided consumers and businesses with a **cost-effective alternative** to Intel's higher-priced Core i7 processors. Its **Zen+ architecture** demonstrated AMD's ability to iterate rapidly, improving performance and efficiency while maintaining compatibility with the **AM4 platform**, which allowed for long-term upgrades. For budget-conscious builders and small-scale workstations, the **2700E** delivered **strong multi-threaded performance** for tasks like content creation, gaming, and productivity—helping shift market perception of AMD from a budget brand to a **legitimate high-performance competitor**. ## Notable For - **First 12 nm Ryzen processor**: One of the early adopters of the **12 nm fabrication process** in AMD's lineup, improving efficiency over the original 14 nm Zen. - **Power-efficient high-core-count CPU**: Offered **8 cores/16 threads** at a lower TDP than the standard Ryzen 7 2700, making it ideal for compact or energy-conscious builds. - **Part of AMD's market resurgence**: Contributed to AMD's **growing market share** in the late 2010s by providing strong multi-core performance at competitive prices. - **AM4 socket compatibility**: Supported the **long-lived AM4 platform**, allowing users to upgrade without changing motherboards. - **Zen+ architectural improvements**: Featured **reduced memory latency and higher clock speeds** compared to first-gen Ryzen (Zen), enhancing gaming and application performance. ## Body ### **Architecture and Design** The **Ryzen 7 2700E** is based on AMD's **Zen+ microarchitecture**, a refined version of the original **Zen** (2016) that introduced key optimizations: - **12 nm lithography process** (vs. 14 nm in first-gen Ryzen), enabling better power efficiency and higher clock speeds. - **Improved Precision Boost 2**, allowing for more granular and responsive frequency scaling. - **Reduced memory latency**, addressing one of the criticisms of first-gen Ryzen CPUs. - **Enhanced cache hierarchy**, improving performance in latency-sensitive workloads like gaming. The processor features **8 physical cores and 16 threads** via **Simultaneous Multithreading (SMT)**, making it highly capable in multi-threaded applications such as video editing, 3D rendering, and software compilation. ### **Performance and Use Cases** The **2700E** was positioned as a **power-efficient variant** of the **Ryzen 7 2700**, with a lower **TDP (Thermal Design Power)** while retaining the same core and thread count. This made it particularly suitable for: - **Small form-factor (SFF) builds** where thermal constraints are tighter. - **Workstations requiring balanced performance and efficiency**, such as home servers or media centers. - **Budget-conscious gaming PCs**, where its multi-core performance could handle modern games while leaving room for GPU upgrades. Benchmarking at launch showed it performing **within ~10% of the Ryzen 7 2700** in most tasks, but with **lower power consumption**, making it a compelling choice for systems prioritizing efficiency. ### **Manufacturing and Supply Chain** The **Ryzen 7 2700E** was manufactured by **GlobalFoundries**, one of AMD's primary fabrication partners at the time. AMD's strategy of **outsourcing production** to foundries like GlobalFoundries and **TSMC** allowed it to focus on **design innovation** while leveraging advanced manufacturing processes. This partnership was crucial in AMD's ability to **compete with Intel**, which historically relied on its own in-house fabrication (Intel Foundry Services). ### **Socket and Platform Compatibility** The processor uses the **AM4 socket**, a unified platform introduced in 2016 that supported multiple generations of Ryzen CPUs. This **long-term compatibility** was a major selling point for AMD, as it allowed users to: - **Upgrade CPUs without changing motherboards** (e.g., from Ryzen 1000 to Ryzen 5000 series). - **Leverage existing cooling solutions** due to consistent TDP ranges. - **Access a wide ecosystem of AM4 motherboards**, from budget to high-end models. ### **Competitive Landscape** At launch, the **Ryzen 7 2700E** competed directly with **Intel's 8th and 9th-generation Core i7 processors**, such as the **i7-8700** and **i7-9700K**. Key competitive advantages included: - **More threads (16 vs. 12 on the i7-9700K)**, benefiting multi-threaded workloads. - **Lower platform cost**, as AM4 motherboards were generally more affordable than Intel's Z370/Z390 chipset boards. - **Better upgrade path**, thanks to AM4's longevity compared to Intel's frequent socket changes. ### **Legacy and Impact** The **Ryzen 7 2700E** was part of AMD's broader **Ryzen 2000 series (Zen+)**, which solidified the company's return to competitiveness in the CPU market. Its success helped pave the way for: - **Subsequent Zen architectures (Zen 2, Zen 3, Zen 4)**, which further closed the gap with (and often surpassed) Intel in both single-threaded and multi-threaded performance. - **Increased adoption in prebuilt systems**, as OEMs like Dell and HP began offering Ryzen-based desktops and laptops. - **A shift in market perception**, positioning AMD as a **viable alternative to Intel** for both consumers and enterprises. While newer Ryzen processors have since outperformed it, the **2700E remains a notable milestone** in AMD's journey from underdog to industry leader.