サイレックス・テクノロジー List of Products and Services

You can instantly play information that you want to quickly notify customers about, such as lunch menus from restaurants or special sale items from shopping malls, directly from your smartphone or tablet. No dedicated application is required, and you can simply utilize digital signage without worrying about complicated schedule settings or screen layouts. POP Vision(TM) supports the introduction and operation of small-scale signage in places like hospitals, clinics, stores, and office entrances.

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It complies with IEEE 802.11a/b/g/n/ac/ax and supports MU-MIMO of Wi-Fi 6 Wave 2. It also supports simultaneous operation on 2.4GHz and 5GHz, achieving high-speed communication (theoretical value of 2.4Gbps) even with multiple connections.

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It allows for remote bulk management of necessary functions for operational management, such as status monitoring of Silex products connected to wireless and wired LAN network environments, various setting changes, firmware updates, and reboots, thereby reducing the labor involved in managing multiple network devices across various locations, enabling early detection of issues, and lowering support costs associated with problem resolution.

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This is a wireless presentation projection system designed for small to medium-sized conference rooms and small group meetings. It supports wireless transmission from major operating systems including Windows, Chrome OS, Android, iOS, and macOS, enabling seamless meetings. No software installation is required for projection, and there is no need for a dedicated device to switch projection screens, allowing for quick setup and meetings without physical contact with equipment.

• Wireless LAN

In addition to supporting the high-speed communication standards IEEE 802.11a/n, this product is compatible with the high-speed communication standard IEEE 802.11ac and supports the PCI Express standard interface, enabling high-speed and large-capacity wireless data transmission. By supporting IEEE 802.11ac, parent devices such as business access points, routers, and gateways can achieve high-speed communication and large-capacity wireless data transmission, thereby expanding the range of devices that can incorporate this product. 【Features】 ○ Maximum data transmission speed of 1.3Gbps (theoretical value, 11ac mode) ○ Highly versatile PCI Express interface for embedded applications ○ Adoption of Qualcomm Atheros QCA9880 chipset ○ Compliance with IEEE 802.11ac (Wave 1)/a/n ○ Management of all processes including design, development, evaluation, manufacturing, and inspection in-house For more details, please contact us or download the catalog.

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This is an SDIO-type wireless LAN combo module that supports IEEE 802.11ac/a/b/g/n and Bluetooth v5.0 BR/EDR/LE. Equipped with Qualcomm's QCA9379-3 chipset, this product can transmit large amounts of data at high speeds using 2x2 MU-MIMO technology, enabling the integration of wireless LAN functionality into applications that handle large data sizes, such as video. Additionally, by providing a dedicated antenna terminal for the Bluetooth functionality, which previously shared the antenna with the wireless LAN, it optimizes the simultaneous operation of the wireless LAN and Bluetooth functions, enhancing the overall performance of the combo module.

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The "SX-SDMAC" is an SDIO-type wireless LAN combo module that supports IEEE 802.11ac/a/b/g/n and Bluetooth. Equipped with Qualcomm's QCA9377 chipset, this product enables high-speed wireless transmission of large volumes of data by supporting the high-speed communication standard IEEE 802.11ac. Additionally, it supports a wide temperature range required for industrial applications, making it suitable for a variety of products. 【Features】 ■ Maximum PHY data rate of 433Mbps (11ac VHT80) ■ Single stream, 1x1 ■ Utilizes Qualcomm's QCA9377 chipset ■ Host interface: Wireless LAN SDIO 3.0 compatible, Bluetooth UART ■ 80MHz band mode (5GHz) *For more details, please refer to the PDF document or feel free to contact us.

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This product, equipped with a communication chip antenna, has obtained the necessary radio law certification for wireless communication devices. This allows IoT device manufacturers adopting this product to reduce the costs associated with certification work required for compliance with overseas radio laws, which necessitate specialized knowledge. Additionally, the development of this product can efficiently utilize the development environment and software assets of Renesas' "RX23W," as well as the abundant application development support tools provided by Renesas, facilitating efficient product development for IoT devices. 【Features】 - Equipped with Renesas RX23W - Full support for Bluetooth(R) v5.0 Low Energy - Built-in AES-CCM (128-bit) encryption circuit dedicated to Bluetooth(R) - Uses a 0.7mm pitch LGA package - Option to choose between chip antenna and external antenna terminals - Main interfaces (USB2.0 Full Speed x1, CAN x1, SD Host I/F x1) - Radio technology certifications (TELEC (Japan), FCC (USA), ISED (Canada), CE (Europe)) *Please consult for support in countries other than those listed above. - Industrial temperature range (-40℃ to 85℃)

• Wireless LAN

The SX-590 is a compact intelligent wireless LAN module designed for embedded use, capable of outdoor use and compliant with industrial temperature standards, which connects devices with serial or Ethernet interfaces to wired and wireless LANs. By combining a wireless LAN module that supports the IEEE 802.11ac standard with a CPU board equipped with a high-performance, low-power processor, it completes wireless LAN driver, security supplicant, and TCP/IP communication processing internally within the module. This reduces the host CPU resource load required for network communication, allowing for a reduction in system costs, while also significantly decreasing the software development effort, including the embedded development of the wireless LAN driver, thereby optimizing the total investment amount for the project. The SX-590 has the same shape, size, and pin compatibility as our conventional series products that support IEEE 802.11bgn/abgn, making it easy to transition to the IEEE 802.11ac wireless LAN standard. For more details, please contact us.

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【Do you have any of these concerns?】 - I want to wireless-enable sensor data. - I want to wireless-enable serial communication. - I want to develop a product in a short period of time. The "SX-59HLS" is an intelligent embedded wireless module that requires no Wi-Fi driver development and is equipped with features to wireless-enable wired sensor terminals in a short time. It is compact, slim, and low power consumption, making it suitable for various devices. Additionally, it achieves secure wireless communication that is applicable in the medical field, where high security is required, thanks to its support for IEEE 802.1X enterprise security. 【Implementation Cases】 - Data communication for medical device measurements - Transmission of temperature and heart rate monitor data - Transmission of maintenance data for handheld terminals - Temperature management for commercial refrigerators - Data communication for commercial measuring instruments 【Problem Solving】 - Freeing patients from wired connections - Reducing cleaning and disinfection tasks for medical devices

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I want to conduct lively and enjoyable classes using tablets and electronic blackboards. I propose an "interactive image transmission compatible wireless LAN access point" that can be introduced easily and cost-effectively.

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This product is available from Sky Corporation's educational activity software "SKYMENU Class." It is a model confirmed to operate with wireless LAN access points and wireless display compatible devices in the "SKYMENU Class" usage environment. Additionally, this product supports the wireless display collaboration feature of "SKYMENU Class."

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This is a wireless LAN access point equipped with wireless LAN access point functionality that supports IEEE 802.11n and interactive image transmission. It allows you to display the screen of a PC or tablet on a display located at a distance using wired/wireless LAN, and by combining it with USB devices, remote control of the screen is also possible. It utilizes wireless technology to realize a classroom style that involves moving between desks.

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This is an access point that supports the latest standard Wi-Fi 6, aimed at the demand for replacing access points or for the wireless networking of all classrooms that are not yet equipped. It is a product that can be introduced not only in regular classrooms but also in special classrooms, classrooms that still have conventional standard access points, as well as in elementary and junior high schools, special support schools, high schools, and universities.

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By promoting the ICT integration in schools, we will achieve a high cost-performance replacement of existing analog in-school video broadcasting systems with digital distribution utilizing the school LAN, as well as further effective use of the electronic blackboards and digital terrestrial televisions that have been established.

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This is a 4K-compatible digital signage player equipped with various features such as split screens, subtitles, multi-display using multiple screens, and wireless synchronized playback between monitors, in the expanding digital signage market.

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This is a compact and low-power wireless LAN module designed for devices equipped with microcontrollers (MCUs) that support IEEE 802.11b/g/n (2.4GHz). It features Qualcomm's IoT wireless LAN chipset QCA4010, enabling wireless LAN connectivity for devices with physical limitations such as CPUs and ROM/RAM. **Features** - Utilizes Qualcomm's QCA4010 chipset - IEEE 802.11b/g/n (2.4GHz), single stream (1x1) - Maximum PHY data rate of 72.2Mbps (HT20) - Onboard antenna - Includes wireless LAN driver/supplicant and TCP/IP protocol stack - Adopts a general-purpose UART interface - Simple control via our original AT commands - Surface mount type (46 pins) - Acquired radio certification in Japan, North America, and Europe

• Wireless LAN

In addition to IEEE 802.11a/b/g/n, it supports the high-speed communication standard IEEE 802.11ac (Wave 1), featuring a PCI-based standard interface and a PCI Express type wireless LAN module, enabling high-speed and large-capacity wireless data transmission. 【Features】 - PHY data rate up to 1.3Gbps (11ac, 3x3 mode) - 3×3 SU-MIMO support - Equipped with Qualcomm QCA9880 chipset - Versatile PCI Express interface for embedded applications - Supports wideband 80MHz mode - High-density modulation mode (256QAM) compatible with both 2.4GHz and 5GHz - Manages all processes of design, development, evaluation, manufacturing, and inspection in-house - Provides high-quality products that can withstand severe operating environments - Compliance standards: IEEE 802.11a/b/g/n/ac/e/h/i - Complies with EU directive RoHS - Obtained certifications for Japan's Radio Law (TELEC), North America (FCC/IC), and Europe (R&TTE)

• Wireless LAN

The built-in RF front end reduces the development burden of RF peripheral circuits and allows control of both the 5GHz and 2.4GHz bands with a single external antenna. Additionally, its compact size of 6.9mm x 6.9mm contributes to the miniaturization of customer PCBs. 【Features】 ● Dual-band Wi-Fi & Bluetooth(R) v5.0 compatible ● Low power consumption 1x1 SiP module ● Utilizes Qualcomm's QCA9377-3 SoC ● Maximum PHY data rate of 433Mbps (when using 11ac VHT80) ● Equipped with a wireless LAN host interface compatible with SDIO3.0 ● Supports UART as a Bluetooth(R) host interface ● Main power supply: 3.3V, IO power supply: 1.8V or 3.3V ● Compliant with RoHS Directive (2011/65/EU) ● Compact size 6.9 x 6.9 x 1.1 mm ● 80-pin LGA package

• Wireless LAN

This is a development kit for application embedding that uses a platform with a proven track record of mass production in industrial and medical applications. It minimizes the costs of hardware development and software development, including drivers, which can be significant obstacles in the development of compatible network devices, enabling a speedy market launch.

• Wireless LAN

This is a development kit for application embedding using a platform with numerous mass production achievements in industrial and medical applications. It minimizes the hardware development and software development costs, including drivers, which are significant obstacles in the development of compatible network devices, enabling a speedy market launch.

• Wireless LAN

This is a CAN/Wi-Fi bridge designed to transfer CAN communication, primarily used in automotive applications and also utilized in industrial equipment, to a computer or tablet in real-time via wireless LAN. By enabling remote monitoring of operating vehicles and various settings, it significantly improves the efficiency of on-site maintenance work. Furthermore, it can store the operational status of the vehicle in the built-in storage, allowing for quick cause analysis and early recovery in the event of an anomaly. This product has greatly enhanced processing capability and usability compared to previous models by refreshing the built-in CPU and various driver software.

• Wireless LAN

The "BR-400AN" is a network device that allows for the easy establishment of a mesh-type wireless LAN environment. It can be utilized in settings such as factories and healthcare where the use of IoT and ICT technologies is prevalent, particularly in factories where access points cannot be installed, to enable wireless communication between equipment or to easily extend the wireless LAN area so that business tablets and smartphones can be used from anywhere in the building. This product can be installed in locations or on devices (wired LAN equipment) that require a wireless LAN connection, and by simply turning on the power, a mesh-type wireless LAN can be established. Additionally, with the multi-hop function, even if only one wireless channel is used, it can cover a wide area of approximately 200 square meters.

• Other electronic parts

In addition to IEEE 802.11a/n, it supports the high-speed communication standard IEEE 802.11ac, and is compatible with the PCI standard interface, PCI Express, enabling high-speed and large-capacity wireless data transmission.

• Wireless LAN

The "SX-PCEAN2" is a wireless LAN module that supports two systems for industrial and commercial temperatures, compliant with IEEE 802.11a/b/g/n. By integrating this product into your equipment, you can achieve wireless LAN capabilities for industrial business devices in addition to traditional commercial applications. It also supports the PCI standard interface, "PCI Express," providing wireless transmission of large-capacity data. 【Features】 ○ Maximum data transmission speed of 300Mbps (theoretical value, 11n mode) ○ Highly versatile PCI Express interface for embedded applications ○ Utilizes Qualcomm Atheros AR9592 (SX-PCEAN2i) and AR9582 (SX-PCEAN2c) chipsets ○ Supports 40MHz bandwidth ○ Enhanced speed and stability with 2x2 MIMO support For more details, please contact us or download the catalog.

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This is a compact, high-speed wireless LAN module compatible with IEEE 802.11b/g/n, enabling wireless transmission of high-quality video and large volumes of internet data. *Evaluation sample drivers are also available.

• Communications

This is a wireless LAN module compatible with IEEE 802.11a/b/g/n/ac and Bluetooth v5.0 BR/EDR/LE with a USB interface. It is equipped with Qualcomm's QCA9377-7 chipset and supports the versatile USB 2.0 interface. Additionally, it comes in two types: a surface mount type that pursues compactness and a USB Type-A connector type, allowing for speedy integration into a wider range of devices.

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The RS-232C Serial Device Server "SD-300" supports wired LAN. It can be used by connecting RS-232C devices to your wired network. This product is equipped with various connection modes, allowing for flexible adaptation to your usage environment and system. 【Features】 - Connect RS-232C devices to the network using Silex's virtualization technology - Supports various connection modes For more details, please contact us or download the catalog.

• server

In the office, various types of USB devices such as scanners, multifunction printers, hard disks, and cameras are used for business purposes. A USB device server can convert USB cables into a network, freeing USB devices from the limitations of USB cable length and enhancing the flexibility of device placement. Additionally, it allows multiple users to easily share a single USB device, optimizing the number of USB devices introduced in the office and potentially reducing implementation costs. 【Features】 - Equipped with enterprise security - USB 3.0 compatible wireless device server - Securely shares network printers for companies, hospitals, and local governments that handle personal information

• Wireless LAN

Compliant with international standard IEEE 802.11a/b/g/n/ac, it supports advanced security standards essential for business use, such as WPA3/WPA2 and IEEE 802.1X authentication. Additionally, to enhance wireless connectivity and communication reliability, it has improved features such as switching between access points and reconnection speeds, thereby enhancing the overall communication quality of the system.

• Wireless LAN

In the office, various types of USB devices such as scanners, multifunction printers, hard drives, and cameras are used for business purposes. A USB device server can convert USB cables into a network, freeing USB devices from the limitations of USB cable length and enhancing the flexibility of device placement. Additionally, it allows multiple users to easily share a single USB device, optimizing the number of USB devices introduced in the office and potentially reducing implementation costs. 【Features】 - High-speed transfer & enterprise security support - USB 3.0 device server - Secure networking of USB devices used in business settings

• Wireless LAN

Many devices for medical and industrial use, such as measuring instruments, industrial displays, medical equipment, and label printers, are equipped with RS-232C serial interfaces and are controlled by connecting serial cables. A serial device server is a device that can securely network these devices equipped with RS-232C serial interfaces. This eliminates the need to directly connect RS-232C devices to a control PC with cables, which can improve the flexibility of device installation and reduce work time and increase efficiency through remote maintenance.

• server

The "MNS-300EM" is an embedded mesh network module that can connect to a mesh-type wireless LAN environment. By combining our in-house developed wireless LAN module "SX-SDMAC" with a CPU board equipped with a high-performance, low-power processor, this product incorporates all the necessary components for mesh network communication. Additionally, it supports wireless LAN client mode, allowing it to be used in existing access point environments. 【Features】 ■ Supports two operating modes (automatic switching mode) ■ Automatic profile switching function ■ Multi-hop support ■ Wireless conversion for serial devices/wired LAN devices ■ Configuration function utilizing Bluetooth *For more details, please refer to the PDF document or feel free to contact us.

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The print server "SX-PS-3200P" allows for easy sharing of printers over a network by directly connecting to printers with a parallel interface. It is compatible with 10BASE-T/100BASE-TX and supports the next-generation protocol IPv6, enabling comfortable network printing for businesses. 【Features】 ○ Share one parallel printer over the network ○ Direct connection type that does not require a printer cable ○ Includes printing client software ○ Check printer status remotely ○ Supports IPv6 For more details, please contact us or download the catalog.

• server

It supports wireless LAN communication in the 2.4GHz and 5GHz bands, allowing devices that are compatible with wired LAN to be easily connected to a wireless LAN environment. Additionally, it is compatible with enterprise security, so you can use it with confidence in environments that require security, such as offices, medical facilities, and factories.

• Wireless LAN

This product, equipped with the Qualcomm Atheros QCA9377 chipset, supports the high-speed communication standard IEEE 802.11ac, enabling high-speed wireless transmission of large volumes of data. Additionally, it supports a wide temperature range of -20℃ to 85℃, making it suitable for a variety of industrial applications. For more details, please contact us.

• Other network tools