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AdEXP1589 is an intelligent CC-Link IE TSN manager/local board of the low profile PCI Express add-in card type. CC-Link IE TSN adopts TSN (Time-Sensitive Networking) technology in CC-Link IE to achieve more accurate time synchronization and high-speed, high-precision control, while also enabling excellent real-time communication even in networks with multiple mixed protocols. It is installed in a PCI Express slot and functions as a CC-Link IE TSN manager/local station. The CPU on this board provides offloading capabilities for CC-Link IE TSN, minimizing the increased load on the host CPU due to the implementation of CC-Link IE TSN communication. By changing the bracket, it can be installed in both low profile and standard height slots. *Note: AdEXP1589 is a product under development.

"CC-Link IE TSN" is a cutting-edge network technology that aggregates and analyzes large amounts of data in real-time in manufacturing sites during the smart factory and IIoT era, contributing to quality improvement and efficiency in processes. This document introduces the details of the solution, including its features such as high-precision time synchronization, high-speed communication, integration of diverse devices, and enhanced maintenance management functions. Additionally, by using our compatible product, the PCI Express card "AdEXP1589," it can be easily implemented into existing industrial PCs, significantly upgrading the control functions of the production site. If you are considering building a smart factory or digital transformation at your site, please take a moment to read this. [Contents (partial)] ■ Features of CC-Link IE TSN technology ■ Achieving the evolution of industrial networks with a single card. Introduction of the CC-Link IE TSN compatible product "AdEXP1589" ■ Use Case 1 ■ Use Case 2 ■ Introduction to Advanet *For more details, please refer to the PDF document or feel free to contact us.

This document features the "ExpEther" solution, which can be implemented in many form factors using PCIe/PCI. It includes information on "Replacing StarFabric," "System Configuration Examples with ExpEther," and "Proposals for Semiconductor Manufacturing Equipment." Our company offers suitable systems and solutions with extensive experience ranging from embedded technology to IoT and HPEC. We invite you to read on. 【Contents (partial)】 ■ About ExpEther ■ Replacing StarFabric ■ Compatible Form Factors ■ System Configuration Examples with ExpEther ■ Proposals for Semiconductor Manufacturing Equipment *For more details, please refer to the PDF document or feel free to contact us.

"ExpEther" is a technology developed by NEC that enables the conversion and extension of the PCI Express bus to Ethernet. Physically, the Host side and Device side are connected via Ethernet cables, but from a software perspective, the PCI Express bus appears to be extended as is. By using a PCIe/PCI bridge, it is also possible to connect the ExpEther bridge to CompactPCI or PMC. 【Supported Form Factors】 ■ PCI Express(R) add-in cards ■ CompactPCI(R) ■ PMC ■ XMC *For more details, please refer to the PDF documentation or feel free to contact us.

By using the ExpEther PCIe card and the ExpEther CPCI board, it is possible to connect the PCIe bus on a BOX PC or SBC to CompactPCI(R). You can directly connect the peripheral boards (such as IO and memory boards) of the traditional CPCI that you have been using, and the changes to the software can be minimized. Additionally, by using the ExpEther PCIe card and the ExpEther PCIe expansion rack, you can add PCIe add-in cards without being limited by the number of PCIe slots on the SBC. *For more details, please refer to the PDF document or feel free to contact us.

Here is an example of a system configuration using "ExpEther." By combining the ExpEther XMC board with a VME form factor XMC carrier board, it is possible to connect a BOX PC to a VME rack. This allows for compatibility with legacy systems and the reuse of hardware/software, while also enabling the adoption of new expansion cards and platforms, making gradual hardware upgrades possible. *For more details, please refer to the PDF document or feel free to contact us.

Here is an example of a system configuration using "ExpEther." When connecting a panel PC for control and monitoring with a BOX PC or IoT gateway for data acquisition via Ethernet, each panel PC and BOX PC requires its own operating system, and communication software is needed to send and receive data over Ethernet. Additionally, with the expansion using ExpEther, it is possible to access devices directly from the panel PC via the PCIe bus, eliminating the need for software to utilize Ethernet. 【Expansion using Ethernet】 ■ Each panel PC and BOX PC requires its own operating system. ■ Each panel PC and BOX PC requires "software to send data" and "software to receive data" over Ethernet. *For more details, please refer to the PDF document or feel free to contact us.

We would like to introduce a proposal for a wafer inspection device using a high-resolution camera. Since it can be separated into different enclosures, the constraints related to component selection (such as enclosure size and bus) are easier to alleviate, making repairs and updates for each part more manageable. Additionally, it is flexible and easy to change the configuration when differentiating performance for each model of the final product. *For more details, please refer to the PDF document or feel free to contact us.

Here is a proposal regarding the storage of inspection data. Instead of connecting to SAN via Infiniband, Ethernet, etc., connecting to NVMe within the storage box as PCIe (in a software manner) is expected to reduce software elements (such as drivers), thereby lowering development risks and costs. Our company offers suitable systems and solutions with extensive experience from embedded technology to IoT and HPEC. *For more details, please refer to the PDF document or feel free to contact us.

We would like to introduce a proposal for semiconductor manufacturing equipment within the "ExpEther Solution." Switching from a VME CPU board to a BOX PC allows for the adoption of new expansion cards and platforms while ensuring compatibility with legacy systems and the reusability of hardware/software. This enables a gradual hardware upgrade. Our company offers suitable systems and solutions based on extensive experience in embedded technology, IoT, and HPEC. *For more details, please refer to the PDF document or feel free to contact us.*

■ 1G ExpEther Host Bus Adapter ■ ExpEther Bridge (Master) ■ 1000BASE-T ■ 2-Port Redundant Configuration ■ Maximum Cable Length of 100m ■ PCI Express Add-in Card ■ Can be implemented in slim PCs due to low profile ■ Operating Temperature Range: -40 to 85°C (Extended Temperature Product) ■ OS Independent

■1G ExpEther Slave Adapter ■ExpEther Bridge (Slave) ■1000BASE-T ■2-Port Redundant Configuration ■Maximum Cable Length of 100m ■3U CompactPCI Board ■Operating Temperature Range: -40 to 85°C (Extended Temperature Product) ■OS Independent

"EtherCAT(R)" is an open field bus with a simple wiring configuration that utilizes Ethernet(R) to achieve ultra-high speed, featuring a motion control architecture suitable for high-precision synchronization between nodes. It realizes a daisy-chain wiring configuration without the use of network switches or hubs. Additionally, by using dedicated branching slaves, various wiring configurations such as star or line can also be achieved. 【Features】 ■ Ensures high-speed data transmission ■ Ensures real-time data transmission ■ Improves overall response speed and operational efficiency within the system ■ User-friendly due to flexible topology ■ Compatible with standard Ethernet cables *For more details, please refer to the PDF document or feel free to contact us.

The A3pci1571 is a 3U single-sized CompactPCI board with EtherCAT master communication capabilities. It uses the ARM Cortex-A9 mounted on the Xilinx Zynq as its CPU and functions as an intelligent type of CompactPCI bus slave board. The EtherCAT master protocol stack is equipped with "EC Master" from acontis technologies and is Class A compliant. It also supports cable redundancy and hot connect as a feature pack. This board is controlled by the CompactPCI bus master (host CPU), and data transfer is conducted through the shared memory installed on the board. As it functions as an intelligent slave, it enables EtherCAT master communication without burdening the host CPU. *For more details, please refer to the PDF materials and feel free to contact us.*

AdEXP1572 is a PCI Express board with EtherCAT master communication capabilities. It uses the ARM Cortex-A9 processor embedded in the Xilinx Zynq and functions as an intelligent PCI Express bus slave board. The EtherCAT master protocol stack is equipped with "EC Master" from acontis technologies and is Class A compliant. It also supports cable redundancy and hot connect as a feature pack. This board is controlled by the PCI Express bus master (host CPU). Data transfer is conducted via shared memory installed on this board. As it functions as an intelligent slave, it enables EtherCAT master communication without burdening the host CPU. For more details, please contact us or download the catalog.

AdXMC1573 is an XMC module with EtherCAT master communication capabilities. The CPU uses the ARM Cortex-A9 found in the Xilinx Zynq, functioning as an intelligent type XMC module. The EtherCAT master protocol stack is equipped with acontis technologies' "EC Master" and is Class A compliant. It also supports cable redundancy and hot connect as part of its Feature Pack. This module is controlled by the host CPU. Data transfer is conducted via shared memory built into this module. It functions as an intelligent slave, enabling EtherCAT master communication without burdening the host CPU.

■TI Corporation's Sitara AM3357 processor equipped (ARM Cortex-A8 single core) ■EtherCAT slave ■Equipped with expansion ports such as SPI, I2C, UART, GPIO, etc. ■High connectivity with 2.54mm pitch connectors and optional HIROSE FX20 connectors ■Supports wide input power supply DC5V±5% or DC15–40V (optional) ■Compact size 70mm x 75mm

■RTD module connectable to EtherCAT network ■Up to 24 Pt100 or JPt100 RTDs can be connected as temperature measurement sensors ■Measurement using a 4-wire configuration ■Temperature measurement accuracy: ±0.1℃ ■Temperature resolution: 0.001℃ ■Detection of cable breakage including RTD for each input channel ■Operates with a single 5V power supply ■Temperature measurement range: −20℃ to 80℃

Adpci1552A is an ARCNET board compliant with the PCI Local Bus Specification Rev2.3. The ARCNET controller uses the SMSC COM20022. In addition to the standard non-isolated RS485 transceiver, isolated transceivers such as the HYC5000 can also be installed. The board size is Low Profile compatible, allowing it to be used in space-saving computers. For more details, please contact us.

【Features】 • PCI Express compatible ARCNET board • Equipped with ARCNET controller COM20022 from SMSC • Very low CPU load • Standard non-isolated RS485 transceiver • Capable of mounting isolated transceiver HYC5000 • Compatible with coaxial cable and twisted pair cable • Low Profile compatible (includes bracket for Low Profile)

The Adusb1549A is USB compatible and has ARCNET communication capabilities. By simply connecting this product to the USB port of a notebook PC or similar device, you can easily connect to ARCNET. It is equipped with BNC and modular jack connectors for network connections, and you can select which connector to use via a switch. Additionally, we offer products that support two types of media transceivers according to your needs. The product models include the non-isolated RS485 equipped Adusb1549A and the isolated RS485 equipped Adusb1549A-5000. For more details, please refer to the datasheet or feel free to contact us.

Adpci1558 is a PCI bus board that integrates the functions of ARCNET and 4ch UART onto a single board. It features the SMSC COM20022 as the ARCNET controller and includes two National Semiconductor PC16552DV as UARTs. Device drivers for Windows 2000/XP/Vista/Windows 7 are provided. The ARCNET device driver supports a common API with the ARNCET board manufactured by Advanet Inc. The UART device driver supports the COM port API of Windows. For more details, please contact us.

Advme1569A is a VME bus slave board that communicates using CC-Link (Control & Communication Link). This board operates as either a master station or a local station for CC-Link. For more details, please contact us or refer to the catalog.

■ PCI mezzanine card equipped with 4ch RS-232C serial interface functionality ■ Two TI NS16C2552 equivalent serial controllers installed ■ Half-pitch D-sub 50-pin female connector adopted for the interface connector, consolidating 4ch signals into one connector ■ AP401 provided as a board for distributing 4ch signals from the connector (optional) ■ AP401 is equipped with a D-sub 9-pin male connector for 4ch ■ Device driver for VxWorks available (optional)

Introduction to Advanet's Professional Services We can provide technical proposals from the early stages of development planning. With over 40 years of experience in numerous contract development projects and a wealth of delivery records, including with major domestic manufacturers with strict quality requirements. [Features] ■ One-stop service from proposals tailored to customer requirements to support after mass production ■ Solutions for issues such as replacing existing devices and components, and dealing with EOL components ■ Wide-ranging support from systems including not only circuit boards but also enclosures, to solutions integrated with software The materials include explanations and use cases for the AMD Kria adaptive System on Module (SOM). *For more details, please download the PDF or feel free to contact us.