Product Overview

Technical Specifications

Key Features and Benefits

High-Power Plasma Generation

Modular Design for Flexibility

Real-Time Diagnostics

Compatibility with MKS Ecosystem

Cost-Effective “As-Is” Solution

Related Models

• MKS EDGE6060A-G12 – Upgraded variant with enhanced cooling and extended temperature range for extreme industrial environments .
• MKS EDGE210R40A-G02 – 400 kHz RF generator for low-frequency plasma applications, such as sputtering and plasma-enhanced chemical vapor deposition (PECVD) .
• MKS EDGE10060A – 57–63 MHz generator with 10 kW output, suitable for high-throughput semiconductor manufacturing .
• MKS SmartMatch® Tuner – Companion module for automated impedance matching, optimizing power transfer in dynamic plasma processes.
• MKS 902B-11030 Pressure Transducer – Complementary sensor for real-time plasma chamber pressure monitoring.

Product Overview

Technical Specifications

Key Features and Benefits

1. Precision Power Control: The EDGE6060A-G02 employs advanced digital signal processing (DSP) to maintain ±1% power stability, ensuring consistent plasma density for uniform film deposition or etching profiles. Its multi-level pulsing capability supports complex process recipes, while real-time diagnostics monitor power output and impedance to prevent process drift.
2. Robust Arc Management: Built-in arc detection and suppression technology minimizes downtime by quickly isolating and recovering from plasma arcs, protecting both the generator and downstream components like electrodes or chambers. This feature is critical for high-throughput semiconductor manufacturing environments.
3. Modular System Integration: Designed for compatibility with MKS NavX™ matching networks, the EDGE6060A-G02 enables rapid impedance matching to optimize power transfer efficiency. Its open communication protocols facilitate integration with third-party SCADA systems or MKS’ System 800xA platform for centralized process monitoring.
4. Compact and Efficient Design: The water-cooled architecture reduces heat dissipation, allowing operation in confined spaces without compromising performance. The 19” rack-mount form factor simplifies installation in standard industrial control cabinets, while the generator’s high-efficiency power supply minimizes energy costs.
5. As-Is Condition with Assurance: While sold in an “As-Is” state, the EDGE6060A-G02 undergoes thorough functional testing by Hainan Jinlin Electromechanical to verify key parameters (e.g., frequency stability, power output). Our team provides detailed inspection reports and offers optional refurbishment services to extend operational life.
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Related Models

• MKS EDGE6060A-G12 – Upgraded variant with extended frequency range (57–63MHz) and higher power output (up to 10kW), suitable for advanced plasma processes requiring broader tuning flexibility.
• MKS RD5060Z – 60MHz generator with 2000W output, designed for lower-power applications like R&D or small-scale production lines.
• MKS NAVX™ MATCHING NETWORK – Complementary impedance-matching module to maximize power transfer efficiency when paired with the EDGE6060A-G02.
• MKS ALTA 6kW – Next-generation RF generator with advanced digital control and frequency agility, ideal for retrofitting older EDGE series systems.
• MKS ELITE 750 – 13.56MHz generator for lower-frequency plasma applications, often used alongside 60MHz systems in dual-frequency setups.

Hainan Jinlin Electromechanical’s Value Proposition

• Expert Technical Support: Pre-sales consultation to align the EDGE6060A-G02 with your process requirements, including compatibility assessments and system design recommendations.
• Reliable After-Sales Service: While “As-Is” products are sold without warranty, we provide a 30-day functional guarantee and optional extended service plans for peace of mind.
• Fast Delivery: Global logistics network ensures prompt delivery of the EDGE6060A-G02 and related spares, minimizing downtime during system upgrades.

Product Overview

Technical Specifications

Key Features and Benefits

Related Models

• AX7635 – 02 – A related model with potentially different power settings or flow rate capabilities, suitable for applications with lower power or flow rate requirements compared to the AX7635 – 10.
• AX7645 – rh – 01 – A model that may be optimized for different gas chemistries or specific plasma – related processes, such as reactive ion etching with different gas combinations.
• AX7670 – 16 – A model from the ASTRON product family with different power levels and design features, which could be used in applications where higher power and different plasma characteristics are needed, perhaps for larger – scale industrial processes.
• AX7685 – 20 – Another model that might offer enhanced control features or compatibility with specific process chambers, providing an alternative for users who require more precise control over the plasma generation process.
• FI 20620 – 1 – A model with different flow rate and power capabilities, often used in applications where a lower – capacity RPS system is sufficient, and cost – effectiveness is a key consideration.

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Product Overview

Related Models

• EDGE110R20A – G0 1: A lower – end variant of the EDGE210R40A – G0 1. It has a less powerful processor and lower memory capacity, making it suitable for applications with less complex data processing requirements. For example, in small – scale industrial setups where only basic sensor data collection and simple data analysis are needed, the EDGE110R20A – G0 1 can be a cost – effective solution.
• EDGE310R60A – G0 1: An upgraded model with enhanced computing capabilities. It has a more advanced processor and larger memory, enabling it to handle even more complex tasks. This model is ideal for applications that require high – level machine – learning algorithms or real – time video analytics, such as in large – scale manufacturing plants with advanced quality control systems.
• EDGE210R40B – G0 1: This model has a different set of communication interfaces compared to the EDGE210R40A – G0 1. It may be more suitable for applications that require specific communication protocols not supported by the standard A – G0 1 version. For instance, in some legacy industrial systems that rely on a particular proprietary communication protocol, the EDGE210R40B – G0 1 can be used to ensure seamless integration.
• EDGE210R40A – G0 2: A later – generation version of the EDGE210R40A – G0 1 with improved power efficiency. It consumes less power while maintaining similar performance levels, making it more environmentally friendly and suitable for applications where power consumption is a concern, such as in remote industrial monitoring stations powered by solar panels.
• EDGE210R40C – G0 1: This model comes with additional I/O ports, allowing for more connections to sensors and actuators. It is useful in applications where a large number of devices need to be interfaced with the edge – computing device, such as in complex industrial automation setups with a wide variety of field devices.

Product Overview

Exceptional Precision

The E28B – 30200 is engineered to deliver highly accurate vacuum pressure measurements. Its advanced sensing technology can detect even the slightest changes in pressure, providing users with reliable data. In applications such as semiconductor manufacturing, where variations in vacuum levels can impact the quality of the final product, this precision is non – negotiable. The gauge’s high – accuracy measurements enable operators to make real – time adjustments to the vacuum system, ensuring consistent and high – quality production.

Compact and Easy to Integrate

MKS has designed the E28B – 30200 with a compact form factor, making it easy to install in various vacuum setups. Its small size doesn’t compromise on performance but rather allows for seamless integration into both new and existing systems. Whether it’s a tightly – packed laboratory vacuum chamber or a large industrial vacuum line, the E28B – 30200 can be quickly and efficiently incorporated. This ease of integration saves time and effort during installation and system upgrades.

Durable Construction

Built to withstand the rigors of industrial and laboratory use, the E28B – 30200 features a durable construction. The materials used in its housing and internal components are resistant to corrosion and mechanical stress, ensuring a long service life. In harsh industrial environments where the gauge may be exposed to chemicals or vibrations, its robust build protects it from damage, maintaining its performance over time. This durability reduces the need for frequent replacements, resulting in cost savings for businesses and research institutions.

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Versatile Output Options

The gauge offers versatile output options, allowing it to interface with a wide range of control systems and data acquisition devices. Whether your setup requires an analog signal for traditional control systems or a digital output for modern, computer – controlled operations, the E28B – 30200 can accommodate. This flexibility makes it a suitable choice for different industries and applications, as it can be easily integrated into existing infrastructure without major modifications.

Related Models

• MKS E28D – 1TDF6B – Another vacuum gauge from MKS, which may have a different pressure measurement range or accuracy level. It could be more suitable for applications with less stringent precision requirements or different pressure ranges.
• MKS 274 Nude Bayard – Alpert Type Ionization Vacuum Gauge – This is a different type of vacuum gauge, using hot cathode ionization technology. It may be used in applications where the E28B – 30200‘s capacitive sensing technology is not as effective, such as in ultra – high vacuum environments.
• MKS 902B – 11030 Absolute Piezo Vacuum Transducer – A transducer with a different sensing principle (piezo – based). It can be an alternative for applications where the E28B – 30200‘s features need to be complemented or replaced, depending on the specific requirements of the vacuum system.
• MKS Baratron Vacuum Gauge (other models) – The Baratron series from MKS includes various vacuum gauges with different specifications. These models may offer different levels of accuracy, pressure ranges, or output options, providing users with more choices based on their specific application needs.

Product Overview

Technical Specifications

Key Features and Benefits

• Low – power and High – performance: The Intel Atom® x5 – Z8550 balances power consumption and performance well. With an SDP of only 2 W, it can provide a burst frequency of up to 2.40 GHz, which can meet the daily computing needs of mobile devices, such as web browsing, office software use, and light multimedia playback, while ensuring a long battery life.
• Integrated Graphics: The integrated graphics of this processor can support high – definition video output, with a maximum HDMI resolution of 3840×2160, which can bring a better visual experience for users when watching videos or presenting presentations.
• 64 – bit Support and Virtualization Technology: It supports 64 – bit instructions and has Intel Virtualization Technology (VT – x). This allows it to run 64 – bit operating systems and applications, and also provides convenience for virtual machine applications, expanding the application scenarios of the processor.
• Small Package Size: The 17 mm x 17 mm package size makes it very suitable for compact mobile devices, helping device manufacturers design thinner and lighter products.

Related Models

• Intel Atom x5 – Z8350: It is also a member of the Intel Atom X series, with a lower base frequency and burst frequency compared to the Intel Atom® x5 – Z8550, and is mainly used in some entry – level mobile devices.
• Intel Atom x7 – Z8750: An upgraded version of the Atom X series, with higher performance, a higher burst frequency, and better graphics performance, suitable for more complex computing tasks and high – definition multimedia applications.
• Intel Celeron N3350: Belongs to the same low – power processor series as the Atom x5 – Z8550, but has different core architectures and performance characteristics, and is often used in low – end laptops and some small – form – factor PCs.
• Intel Pentium N4200: It is positioned higher than the Atom x5 – Z8550, with more cores and higher performance, and can be used in some mid – range mobile devices or thin – and – light laptops that require slightly higher performance.
• Intel Atom x3 – C3200: This is a processor for entry – level mobile devices, with lower performance and power consumption, and is mainly used in some low – cost tablets and smart devices.

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Product Overview

Technical Specifications

Key Features and Benefits

Related Models

• X670V – 48X – BF – Similar to the X670 – 48X – BF, but it provides even higher density for 10 Gigabit Ethernet switching in a 1RU form factor. It can support up to 64 ports in one system when equipped with additional modules, making it suitable for extremely space – constrained yet high – density networking requirements.
• X670 – 24X – BF – This model has a lower port count of 24 10GBASE – X SFP+ ports. It is an ideal choice for smaller – scale networks or for areas where a reduced number of high – speed connections are needed, offering a more cost – effective solution for less demanding deployments.
• X670 – 48X – FP – A variant with different airflow configuration (front – to – rear in the case of X670 – 48X – BF, and potentially a different direction for X670 – 48X – FP). This can be useful in data center setups where specific cooling requirements or airflow management strategies need to be adhered to.
• X670 – 48T – BF – Instead of SFP+ interfaces, this model features 48 10GBASE – T (copper – based) ports. It is suitable for environments where copper cabling is more prevalent or where fiber – optic connections are not required, providing a cost – effective alternative for high – speed copper – based networking.
• X670 – 48X – BF – R – A ruggedized version of the X670 – 48X – BF, designed to withstand harsher environmental conditions such as high temperatures, humidity, and vibrations. This makes it a great fit for industrial applications or outdoor networking scenarios where standard switches may not be able to operate reliably.

Product Overview

Technical Specifications

Key Features and Benefits

Related Models

• X620 – 16X – BASE: This model has 16 100 Mb/1 Gb/10 Gb SFP+ ports instead of the RJ – 45 – centric configuration of the X620 – 16T – BASE. It is more suitable for networks that rely heavily on fiber – optic connections for long – distance or high – bandwidth, low – interference data transmission.
• X620 – 10X: With 10 100 Mb/1 Gb/10 Gb SFP+ ports, it is a more compact option compared to the X620 – 16T – BASE. Ideal for smaller workgroups or areas where a smaller number of high – speed fiber – connected devices need to be networked.
• X440 – G2 Series: These switches can be stacked with the X620 – 16T – BASE when running the same version of ExtremeXOS. They offer different port configurations and are generally more focused on cost – effective edge – level networking in a variety of enterprise scenarios.
• X450 – G2 Series: Similar to the X440 – G2 series, they can be stacked with the X620 – 16T – BASE. They often come with enhanced features or performance capabilities, suitable for networks that require a balance of cost and advanced functionality.
• X670 – G2 Series: Higher – end switches that can be stacked with the X620 – 16T – BASE via Summit Stack – V. They offer more advanced features, higher port densities, and better performance, making them suitable for large – scale enterprise or data center networks where the X620 – 16T – BASE can be used at the edge while the X670 – G2 series manages core – level traffic.

Product Overview

Technical Specifications

Key Features and Benefits

Related Models

• V400 – 24P – 10GE2 – This model has 24 PoE+ ports and 2 SFP+ ports, suitable for smaller – scale deployments where less port density is required. It offers a more compact solution for areas with fewer devices to connect, while still providing high – speed connectivity options through the SFP+ ports.
• V400 – 48T – 10GE4 – It has 48 non – PoE 10/100/1000Base – T ports and 4 SFP+ ports. This is useful in scenarios where the connected devices do not require power over Ethernet, such as connecting to existing network devices like non – PoE switches or servers.
• V300 Series Switches – These are also edge switches in the Extreme Networks lineup. They can be used in simpler network setups or as an alternative for less – demanding applications. They can be integrated with the V400 – 48P – 10GE4 in a hierarchical network structure, with the V300 series serving at the outermost edge and the V400 – 48P – 10GE4 aggregating data from multiple V300 switches.
• ExtremeSwitching X465, X590, X670 – G2, and X690 Series Switches – These act as “controlling” aggregation switches within Extreme’s extended edge switching architecture. The V400 – 48P – 10GE4 can be controlled by these aggregation switches, inheriting their advanced features like layer 3 routing and policy. They work in tandem to create a comprehensive, scalable network infrastructure.
• V400 – 48P – 10GE4 with Redundant Power Supply Option – This variant offers an added level of reliability by including a redundant power supply. It is suitable for mission – critical applications where uninterrupted power is essential, such as in data centers or emergency response systems.