R&D CORE VALUES
The SUNIX Research and Development Process
IC Designing Capability
Developed And Introduced 18 Self-Brand IC Since developing the first self-brand IC in 1995, 18 IC chipsets have been introduced as of 2023. This key IC designing technology gives SUNIX the ability to design IC and electronic circuitry that is tailor made for our customers and market demands.
SUNIX IC R&D History
 |
2023 QiuNiu Industrial PCIe Controller UART/DIO/CAN | ||
|
|
2019 SuanNI SN205MC Industrial IoT SOC
|
|
2017 DPL2010B Ethernet Enabled DIO/AIO+UART Controller
|
|
|
2015 DPA4020BL Ethernet Enable
32 UART Controller
|
|
2014 DPL2000Q Ethernet Enable
Quad UART Controller
|
 |
2012 SUN2212 PCI Express Interface
16C950 Quad UART Controller
|
|
2011 SUN2410 PCI Express Interface
16C950 Dual UART Controller
|
 |
2009 SUN1999 PCI Interface 16C950
Quad UART and Parallel Controller
|
 |
2007 UL7534EB PCI Interface 16C750
16 UART Controller
|
|
|
2006 UL7522EQ PCI Interface 16C750
Octal UART Controller
|
|
2006 UL7512EQ PCI Interface 16C750
Octal UART Controller
|
|
|
2005 SUN8899 ARM Based Ethernet Controller SOC
|
|
2004 SUN8989 Ethernet to 16C550 Quad UART Controller
|
 |
1996 SUN1888 PCI Interface IEEE1284 Controller
|
|
1996 SUN1889 PCI 16C650 Dual UART Controller
|
|
|
1996 SUN1699 PCI Interface 16C650 Dual UART Controller
|
|
1995 SUN1689 Local Bus 16C750 UART
|
|
|
1995 SUN1688 Local Bus IEEE1284 Controller
|
|
|
|
2019 SuanNI SN205MC Industrial IoT SOC
|
|
|
2017 DPL2010B Ethernet Enabled DIO/AIO+UART Controller |
|
|
2015 DPA4020BL Ethernet Enable
32 UART Controller
|
|
|
2014 DPL2000Q Ethernet Enable
Quad UART Controller
|
|
|
2012 SUN2212 PCI Express Interface
16C950 Quad UART Controller
|
|
|
2011 SUN2410 PCI Express Interface
16C950 Dual UART Controller
|
|
|
2009 SUN1999 PCI Interface 16C950
Quad UART and Parallel Controller
|
|
|
2007 UL7534EB PCI Interface 16C750
16 UART Controller
|
|
|
2006 UL7522EQ PCI Interface 16C750
Octal UART & Two IEEE1284 Controller
|
|
|
2006 UL7512EQ PCI Interface 16C750
Octal UART Controller
|
|
|
2005 SUN8899 ARM Based Ethernet Controller SOC
|
|
|
2004 SUN8989 Ethernet to 16C550 Quad UART Controller
|
|
|
1996 SUN1888 PCI Interface IEEE1284 Controller
|
|
|
1996 SUN1889 PCI 16C650 Dual UART Controller
|
|
|
1996 SUN1699 PCI Interface 16C650 Dual UART Controller
|
|
|
1995 SUN1689 Local Bus 16C750 UART
|
|
|
1995 SUN1688 Local Bus IEEE1284 Controller
|
The Latest Energy Saving IC MATRIX
The new generation SUNIX UART Controller, called Matrix, applies the latest energy saving technology. Made from the advanced 90nm process, IC power consumption is reduced to less than 0.35W. This increases efficiency and prevents overheating.
RS-485 AHDC/CS™
The new generation SUNIX Matrix comes with AHDC/CS™ (Auto Hardware Direction Control/Carrier Sense) technology, which can change the RS-485 communication mode settings from half duplex to full duplex, effectively reducing issues caused by data package collisions and making software development easier for engineers.
Driver & Application Program Support
Completed Driver Support
SUNIX has formed its own software design team, which allows it to design IC products that support the latest mainstream Microsoft Windows and Linux operation systems while also supporting systems such as DOS, SCO UNIXware, QNX, Sun Microsystems Solaris and IBM OS2.
WHQL Certification
SUNIX products have passed strict X86/X64 Microsoft WHQL certifications, ensuring full compatibility with Microsoft Windows.
Humanized Software Packages AND Application Programs
Humanized software packages, or application programs, are effective and easy-to-use tools that assist system engineers throughout the design and manufacturing process. SUNIX COM Lab software includes Speeder, Com2Com, Diagnostic, and API formulas. These formulas can be used throughout product design, testing hardware electronics, product efficiency functions, and debugging equipment problems.
Tailor Made Programs That Meet Customer Demands
The Silent-Install Driver Package program provided by SUNIX can assist EMS manufacturers to greatly reduce the amount of product testing steps, allowing for a more streamlined assembly and testing process.
Hardware Design
The SUNIX electronic hardware team not only designs SUNIX self branded IC products but also meets customer’s OEM/ODM requirements. Our accumulated product development experience ranges from the standard BUS interface with ISA, PCI, PCI Express, to wireless Bluetooth, 802.11x transmission, and industrial MODBUS interface. In fact, our connectivity interface is the most widely used I/O connection device in the PC industry..
Layout Design
SUNIX Layout uses advanced EDA software and complies with EMI requirements for industrial grade products.
Mechanical Engineering And External Design
SUNIX mechanical design focuses on temperature resistance (-40°C ~ +85°C) and IP67 water resistance. We have obtained numerous patents and awards for integrating stringent environment and heat disbursement. On industrial products, we can provide both excellent performance and aesthetic design.
Laboratory Quality Control
SUNIX quality control laboratory ensures product quality during the R&D process with Logic Analyzing and Oscilloscope that measures signal transmission quality on IC and product, testing temperature & humidity on operating and storage environment, testing EMI and EMC Transient Instrument for ESD, Surge, and EFT signal. This is how we ensure that any product leaving our facility is of the utmost quality, reliability and dependability.
R&D CORE VALUES
The SUNIX Research and Development Process
IC Designing Capability
Developed And Introduced 18 Self-Brand IC Since developing the first self-brand IC in 1995, 18 IC chipsets have been introduced as of 2023. This key IC designing technology gives SUNIX the ability to design IC and electronic circuitry that is tailor made for our customers and market demands.
SUNIX IC R&D History
|
|
2023 QiuNiu Industrial PCIe Controller UART/DIO/CAN | ||
|
|
2019 SuanNI SN205MC Industrial IoT SOC
|
|
2017 DPL2010B Ethernet Enabled DIO/AIO+UART Controller
|
|
|
2015 DPA4020BL Ethernet Enable
32 UART Controller
|
|
2014 DPL2000Q Ethernet Enable
Quad UART Controller
|
|
|
2012 SUN2212 PCI Express Interface
16C950 Quad UART Controller
|
|
2011 SUN2410 PCI Express Interface
16C950 Dual UART Controller
|
|
|
2009 SUN1999 PCI Interface 16C950
Quad UART and Parallel Controller
|
|
2007 UL7534EB PCI Interface 16C750
16 UART Controller
|
|
|
2006 UL7522EQ PCI Interface 16C750
Octal UART Controller
|
|
2006 UL7512EQ PCI Interface 16C750
Octal UART Controller
|
|
|
2005 SUN8899 ARM Based Ethernet Controller SOC
|
|
2004 SUN8989 Ethernet to 16C550 Quad UART Controller
|
|
|
1996 SUN1888 PCI Interface IEEE1284 Controller
|
|
1996 SUN1889 PCI 16C650 Dual UART Controller
|
|
|
1996 SUN1699 PCI Interface 16C650 Dual UART Controller
|
|
1995 SUN1689 Local Bus 16C750 UART
|
|
|
1995 SUN1688 Local Bus IEEE1284 Controller
|
|
|
|
2019 SuanNI SN205MC Industrial IoT SOC
|
|
|
2017 DPL2010B Ethernet Enabled DIO/AIO+UART Controller |
|
|
2015 DPA4020BL Ethernet Enable
32 UART Controller
|
|
|
2014 DPL2000Q Ethernet Enable
Quad UART Controller
|
|
|
2012 SUN2212 PCI Express Interface
16C950 Quad UART Controller
|
|
|
2011 SUN2410 PCI Express Interface
16C950 Dual UART Controller
|
|
|
2009 SUN1999 PCI Interface 16C950
Quad UART and Parallel Controller
|
|
|
2007 UL7534EB PCI Interface 16C750
16 UART Controller
|
|
|
2006 UL7522EQ PCI Interface 16C750
Octal UART & Two IEEE1284 Controller
|
|
|
2006 UL7512EQ PCI Interface 16C750
Octal UART Controller
|
|
|
2005 SUN8899 ARM Based Ethernet Controller SOC
|
|
|
2004 SUN8989 Ethernet to 16C550 Quad UART Controller
|
|
|
1996 SUN1888 PCI Interface IEEE1284 Controller
|
|
|
1996 SUN1889 PCI 16C650 Dual UART Controller
|
|
|
1996 SUN1699 PCI Interface 16C650 Dual UART Controller
|
|
|
1995 SUN1689 Local Bus 16C750 UART
|
|
|
1995 SUN1688 Local Bus IEEE1284 Controller
|
The Latest Energy Saving IC MATRIX
The new generation SUNIX UART Controller, called Matrix, applies the latest energy saving technology. Made from the advanced 90nm process, IC power consumption is reduced to less than 0.35W. This increases efficiency and prevents overheating.
RS-485 AHDC/CS™
The new generation SUNIX Matrix comes with AHDC/CS™ (Auto Hardware Direction Control/Carrier Sense) technology, which can change the RS-485 communication mode settings from half duplex to full duplex, effectively reducing issues caused by data package collisions and making software development easier for engineers.
Driver & Application Program Support
Completed Driver Support
SUNIX has formed its own software design team, which allows it to design IC products that support the latest mainstream Microsoft Windows and Linux operation systems while also supporting systems such as DOS, SCO UNIXware, QNX, Sun Microsystems Solaris and IBM OS2.
WHQL Certification
SUNIX products have passed strict X86/X64 Microsoft WHQL certifications, ensuring full compatibility with Microsoft Windows.
Humanized Software Packages AND Application Programs
Humanized software packages, or application programs, are effective and easy-to-use tools that assist system engineers throughout the design and manufacturing process. SUNIX COM Lab software includes Speeder, Com2Com, Diagnostic, and API formulas. These formulas can be used throughout product design, testing hardware electronics, product efficiency functions, and debugging equipment problems.
Tailor Made Programs That Meet Customer Demands
The Silent-Install Driver Package program provided by SUNIX can assist EMS manufacturers to greatly reduce the amount of product testing steps, allowing for a more streamlined assembly and testing process.
Hardware Design
The SUNIX electronic hardware team not only designs SUNIX self branded IC products but also meets customer’s OEM/ODM requirements. Our accumulated product development experience ranges from the standard BUS interface with ISA, PCI, PCI Express, to wireless Bluetooth, 802.11x transmission, and industrial MODBUS interface. In fact, our connectivity interface is the most widely used I/O connection device in the PC industry..
Layout Design
SUNIX Layout uses advanced EDA software and complies with EMI requirements for industrial grade products.
Mechanical Engineering And External Design
SUNIX mechanical design focuses on temperature resistance (-40°C ~ +85°C) and IP67 water resistance. We have obtained numerous patents and awards for integrating stringent environment and heat disbursement. On industrial products, we can provide both excellent performance and aesthetic design.
Laboratory Quality Control
SUNIX quality control laboratory ensures product quality during the R&D process with Logic Analyzing and Oscilloscope that measures signal transmission quality on IC and product, testing temperature & humidity on operating and storage environment, testing EMI and EMC Transient Instrument for ESD, Surge, and EFT signal. This is how we ensure that any product leaving our facility is of the utmost quality, reliability and dependability.
R&D CORE VALUES
The SUNIX Research and Development Process
IC Designing Capability
Developed And Introduced 18 Self-Brand IC Since developing the first self-brand IC in 1995, 18 IC chipsets have been introduced as of 2023. This key IC designing technology gives SUNIX the ability to design IC and electronic circuitry that is tailor made for our customers and market demands.
SUNIX IC R&D History
|
|
2023 QiuNiu Industrial PCIe Controller UART/DIO/CAN | ||
|
|
2019 SuanNI SN205MC Industrial IoT SOC
|
|
2017 DPL2010B Ethernet Enabled DIO/AIO+UART Controller
|
|
|
2015 DPA4020BL Ethernet Enable
32 UART Controller
|
|
2014 DPL2000Q Ethernet Enable
Quad UART Controller
|
|
|
2012 SUN2212 PCI Express Interface
16C950 Quad UART Controller
|
|
2011 SUN2410 PCI Express Interface
16C950 Dual UART Controller
|
|
|
2009 SUN1999 PCI Interface 16C950
Quad UART and Parallel Controller
|
|
2007 UL7534EB PCI Interface 16C750
16 UART Controller
|
|
|
2006 UL7522EQ PCI Interface 16C750
Octal UART Controller
|
|
2006 UL7512EQ PCI Interface 16C750
Octal UART Controller
|
|
|
2005 SUN8899 ARM Based Ethernet Controller SOC
|
|
2004 SUN8989 Ethernet to 16C550 Quad UART Controller
|
|
|
1996 SUN1888 PCI Interface IEEE1284 Controller
|
|
1996 SUN1889 PCI 16C650 Dual UART Controller
|
|
|
1996 SUN1699 PCI Interface 16C650 Dual UART Controller
|
|
1995 SUN1689 Local Bus 16C750 UART
|
|
|
1995 SUN1688 Local Bus IEEE1284 Controller
|
|
|
|
2019 SuanNI SN205MC Industrial IoT SOC
|
|
|
2017 DPL2010B Ethernet Enabled DIO/AIO+UART Controller |
|
|
2015 DPA4020BL Ethernet Enable
32 UART Controller
|
|
|
2014 DPL2000Q Ethernet Enable
Quad UART Controller
|
|
|
2012 SUN2212 PCI Express Interface
16C950 Quad UART Controller
|
|
|
2011 SUN2410 PCI Express Interface
16C950 Dual UART Controller
|
|
|
2009 SUN1999 PCI Interface 16C950
Quad UART and Parallel Controller
|
|
|
2007 UL7534EB PCI Interface 16C750
16 UART Controller
|
|
|
2006 UL7522EQ PCI Interface 16C750
Octal UART & Two IEEE1284 Controller
|
|
|
2006 UL7512EQ PCI Interface 16C750
Octal UART Controller
|
|
|
2005 SUN8899 ARM Based Ethernet Controller SOC
|
|
|
2004 SUN8989 Ethernet to 16C550 Quad UART Controller
|
|
|
1996 SUN1888 PCI Interface IEEE1284 Controller
|
|
|
1996 SUN1889 PCI 16C650 Dual UART Controller
|
|
|
1996 SUN1699 PCI Interface 16C650 Dual UART Controller
|
|
|
1995 SUN1689 Local Bus 16C750 UART
|
|
|
1995 SUN1688 Local Bus IEEE1284 Controller
|
The Latest Energy Saving IC MATRIX
The new generation SUNIX UART Controller, called Matrix, applies the latest energy saving technology. Made from the advanced 90nm process, IC power consumption is reduced to less than 0.35W. This increases efficiency and prevents overheating.
RS-485 AHDC/CS™
The new generation SUNIX Matrix comes with AHDC/CS™ (Auto Hardware Direction Control/Carrier Sense) technology, which can change the RS-485 communication mode settings from half duplex to full duplex, effectively reducing issues caused by data package collisions and making software development easier for engineers.
Driver & Application Program Support
Completed Driver Support
SUNIX has formed its own software design team, which allows it to design IC products that support the latest mainstream Microsoft Windows and Linux operation systems while also supporting systems such as DOS, SCO UNIXware, QNX, Sun Microsystems Solaris and IBM OS2.
WHQL Certification
SUNIX products have passed strict X86/X64 Microsoft WHQL certifications, ensuring full compatibility with Microsoft Windows.
Humanized Software Packages AND Application Programs
Humanized software packages, or application programs, are effective and easy-to-use tools that assist system engineers throughout the design and manufacturing process. SUNIX COM Lab software includes Speeder, Com2Com, Diagnostic, and API formulas. These formulas can be used throughout product design, testing hardware electronics, product efficiency functions, and debugging equipment problems.
Tailor Made Programs That Meet Customer Demands
The Silent-Install Driver Package program provided by SUNIX can assist EMS manufacturers to greatly reduce the amount of product testing steps, allowing for a more streamlined assembly and testing process.
Hardware Design
The SUNIX electronic hardware team not only designs SUNIX self branded IC products but also meets customer’s OEM/ODM requirements. Our accumulated product development experience ranges from the standard BUS interface with ISA, PCI, PCI Express, to wireless Bluetooth, 802.11x transmission, and industrial MODBUS interface. In fact, our connectivity interface is the most widely used I/O connection device in the PC industry..
Layout Design
SUNIX Layout uses advanced EDA software and complies with EMI requirements for industrial grade products.
Mechanical Engineering And External Design
SUNIX mechanical design focuses on temperature resistance (-40°C ~ +85°C) and IP67 water resistance. We have obtained numerous patents and awards for integrating stringent environment and heat disbursement. On industrial products, we can provide both excellent performance and aesthetic design.
Laboratory Quality Control
SUNIX quality control laboratory ensures product quality during the R&D process with Logic Analyzing and Oscilloscope that measures signal transmission quality on IC and product, testing temperature & humidity on operating and storage environment, testing EMI and EMC Transient Instrument for ESD, Surge, and EFT signal. This is how we ensure that any product leaving our facility is of the utmost quality, reliability and dependability.
R&D CORE VALUES
The SUNIX Research and Development Process
IC Designing Capability
Developed And Introduced 18 Self-Brand IC Since developing the first self-brand IC in 1995, 18 IC chipsets have been introduced as of 2023. This key IC designing technology gives SUNIX the ability to design IC and electronic circuitry that is tailor made for our customers and market demands.
SUNIX IC R&D History
|
|
2023 QiuNiu Industrial PCIe Controller UART/DIO/CAN | ||
|
|
2019 SuanNI SN205MC Industrial IoT SOC
|
|
2017 DPL2010B Ethernet Enabled DIO/AIO+UART Controller
|
|
|
2015 DPA4020BL Ethernet Enable
32 UART Controller
|
|
2014 DPL2000Q Ethernet Enable
Quad UART Controller
|
|
|
2012 SUN2212 PCI Express Interface
16C950 Quad UART Controller
|
|
2011 SUN2410 PCI Express Interface
16C950 Dual UART Controller
|
|
|
2009 SUN1999 PCI Interface 16C950
Quad UART and Parallel Controller
|
|
2007 UL7534EB PCI Interface 16C750
16 UART Controller
|
|
|
2006 UL7522EQ PCI Interface 16C750
Octal UART Controller
|
|
2006 UL7512EQ PCI Interface 16C750
Octal UART Controller
|
|
|
2005 SUN8899 ARM Based Ethernet Controller SOC
|
|
2004 SUN8989 Ethernet to 16C550 Quad UART Controller
|
|
|
1996 SUN1888 PCI Interface IEEE1284 Controller
|
|
1996 SUN1889 PCI 16C650 Dual UART Controller
|
|
|
1996 SUN1699 PCI Interface 16C650 Dual UART Controller
|
|
1995 SUN1689 Local Bus 16C750 UART
|
|
|
1995 SUN1688 Local Bus IEEE1284 Controller
|
|
|
|
2019 SuanNI SN205MC Industrial IoT SOC
|
|
|
2017 DPL2010B Ethernet Enabled DIO/AIO+UART Controller |
|
|
2015 DPA4020BL Ethernet Enable
32 UART Controller
|
|
|
2014 DPL2000Q Ethernet Enable
Quad UART Controller
|
|
|
2012 SUN2212 PCI Express Interface
16C950 Quad UART Controller
|
|
|
2011 SUN2410 PCI Express Interface
16C950 Dual UART Controller
|
|
|
2009 SUN1999 PCI Interface 16C950
Quad UART and Parallel Controller
|
|
|
2007 UL7534EB PCI Interface 16C750
16 UART Controller
|
|
|
2006 UL7522EQ PCI Interface 16C750
Octal UART & Two IEEE1284 Controller
|
|
|
2006 UL7512EQ PCI Interface 16C750
Octal UART Controller
|
|
|
2005 SUN8899 ARM Based Ethernet Controller SOC
|
|
|
2004 SUN8989 Ethernet to 16C550 Quad UART Controller
|
|
|
1996 SUN1888 PCI Interface IEEE1284 Controller
|
|
|
1996 SUN1889 PCI 16C650 Dual UART Controller
|
|
|
1996 SUN1699 PCI Interface 16C650 Dual UART Controller
|
|
|
1995 SUN1689 Local Bus 16C750 UART
|
|
|
1995 SUN1688 Local Bus IEEE1284 Controller
|
The Latest Energy Saving IC MATRIX
The new generation SUNIX UART Controller, called Matrix, applies the latest energy saving technology. Made from the advanced 90nm process, IC power consumption is reduced to less than 0.35W. This increases efficiency and prevents overheating.
RS-485 AHDC/CS™
The new generation SUNIX Matrix comes with AHDC/CS™ (Auto Hardware Direction Control/Carrier Sense) technology, which can change the RS-485 communication mode settings from half duplex to full duplex, effectively reducing issues caused by data package collisions and making software development easier for engineers.
Driver & Application Program Support
Completed Driver Support
SUNIX has formed its own software design team, which allows it to design IC products that support the latest mainstream Microsoft Windows and Linux operation systems while also supporting systems such as DOS, SCO UNIXware, QNX, Sun Microsystems Solaris and IBM OS2.
WHQL Certification
SUNIX products have passed strict X86/X64 Microsoft WHQL certifications, ensuring full compatibility with Microsoft Windows.
Humanized Software Packages AND Application Programs
Humanized software packages, or application programs, are effective and easy-to-use tools that assist system engineers throughout the design and manufacturing process. SUNIX COM Lab software includes Speeder, Com2Com, Diagnostic, and API formulas. These formulas can be used throughout product design, testing hardware electronics, product efficiency functions, and debugging equipment problems.
Tailor Made Programs That Meet Customer Demands
The Silent-Install Driver Package program provided by SUNIX can assist EMS manufacturers to greatly reduce the amount of product testing steps, allowing for a more streamlined assembly and testing process.
Hardware Design
The SUNIX electronic hardware team not only designs SUNIX self branded IC products but also meets customer’s OEM/ODM requirements. Our accumulated product development experience ranges from the standard BUS interface with ISA, PCI, PCI Express, to wireless Bluetooth, 802.11x transmission, and industrial MODBUS interface. In fact, our connectivity interface is the most widely used I/O connection device in the PC industry..
Layout Design
SUNIX Layout uses advanced EDA software and complies with EMI requirements for industrial grade products.
Mechanical Engineering And External Design
SUNIX mechanical design focuses on temperature resistance (-40°C ~ +85°C) and IP67 water resistance. We have obtained numerous patents and awards for integrating stringent environment and heat disbursement. On industrial products, we can provide both excellent performance and aesthetic design.
Laboratory Quality Control
SUNIX quality control laboratory ensures product quality during the R&D process with Logic Analyzing and Oscilloscope that measures signal transmission quality on IC and product, testing temperature & humidity on operating and storage environment, testing EMI and EMC Transient Instrument for ESD, Surge, and EFT signal. This is how we ensure that any product leaving our facility is of the utmost quality, reliability and dependability.
