Question 1

How to Update the Firmware Version of Unex Products?

Accepted Answer

Unex devices support two main firmware upgrade methods: Remote Firmware Upgrade and Standard Firmware Upgrade. You may select the most suitable option depending on your requirements. 1. Remote Firmware Upgrade Remote upgrades are applicable when the device’s system file structure is relatively simple and no major BSP (Board Support Package) changes are involved. Upgrade Steps: Prepare the upgrade package, which must include the required configuration files (e.g., wlist.gz and wlist.sign). Run the following script to verify, package, and upload the upgrade files to the remote device:./unex-firmware-upgrade.sh Before uploading, the script will check the device status and confirm that the device is included in the whitelist. During the upgrade, all partitions except for the UBI area will be overwritten and updated. Important configuration files will be automatically backed up and restored. *or detailed instructions, please refer to the Remote Firmware Upgrading Method section of the Software Development Guide: 2. Standard Firmware Upgrade The standard upgrade method applies to SDK v2.2.X and above. This process must be performed in a Linux environment and is suitable when minor BSP changes are required. Prerequisites: Ensure the device is properly mounted in the Linux system. Install the following dependencies:sudo apt install dfu-util u-boot-tools mtd-utils If running Linux in a virtual environment, confirm that the device has been mounted correctly. Upgrade Steps: Navigate to the flasher directory. Execute the following command to start the firmware upgrade:sudo ./dfu_flasher-x86_64 -f /config-unex-image-full-rootfs-atk42xx-vtx352-nand.txt After execution, enable DFU mode and reboot the device. The upgrade process will start automatically. Example Output: Writing UBI2 (32243712 bytes) from 0x12000000 to 0x13EC0000 Flashing done% Final Step: For detailed instructions, please refer to the Standard Firmware Upgrading Method section of the Software Development Guide: /Unex-Software-Development-Guide-us/modules/Firmware_Upgrade/usage/firmware_upgrade.html#standard-firmware-upgrading-method

Question 2

How to Check the Firmware Version of Unex Products?

Accepted Answer

You can use the V2Xcast Manager tool to check the firmware version of your Unex device. Please refer to the “Read Unex Device (server-side) Version” section under V2Xcast SDK in the Unex Software Development Guide (SDG).

Learn more about How to Check the Firmware Version of Unex Products?

If the command execution fails, you may retrieve the version information using the methods described below.

1. Method 1: Query via Command:

Run the following command to query the firmware version of your Unex device, including both BSP and PROTOCOL versions:

Replace <device-IP> with the IP address of your Unex device.

Example:

If the device IP is 192.168.1.3, run:

2. Expected Output:

Unique ID: XXXXXXXX XXXXXXXX XXXXXXXX XXXXXXXX XXXXXXXX XXXXXXXX XXXXXXXX XXXXXXXX

BSP: VTX35X_v2.0.0

PROTOCOL: US CV2X STD v2.0.0

GNSS: Rel:B031U, debug/RTCM disabled, GP+GL, No Fix PPS, PSTMKFCOV 10HZ

3. Method 2: Alternative Approach:

If the above command fails, you can log in to the device directly and review the update logs by executing:

Question 3

Are There Any Restrictions or Considerations Regarding Power Supply for Unex Products?

Accepted Answer

Please refer to the “Power Consumption” section in the Quick Start Guide of the purchased product. This section provides detailed information about the device’s power consumption range, which is typically between 2W and 4W.

The actual consumption may vary depending on the usage scenario. Therefore, it is recommended to adjust the power supply configuration according to your specific application.

Question 4

How to Quickly Verify V2X Message Transmission?

Accepted Answer

To verify device operation, complete the following steps:

Step 1: Confirm Device Connection

Ensure your Unex device is properly connected to the target system (e.g., PC or virtual machine). This may involve physical connections (USB, Ethernet) or mounting in a virtual environment.

Use the correct network interface to communicate with the Unex device for stable data transfer.

Step 2: Check Device Status

Run a simple network test (e.g., ping) to confirm the device is reachable.

Use the following commands to check if the device appears in the network interface list:

ifconfig

# or

ip a

Step 3: Compile and Run the V2X Example

Navigate to the folder containing the US V2Xcast example program.

Compile the example using the appropriate build commands.

Ensure all required dependencies and SDK tools are installed and configured.

Run the compiled example with your device connected and ready.

Step 4: Test and Verify

Confirm the program executes successfully.

Verify that V2X messages are transmitted and received correctly between devices.

For more details, please refer to:

Get Started Guide → 2. System Architecture

Get Started Guide → 3. Connect to Unex Device

V2Xcast SDK → 1.4.2. Compiling and Executing US V2Xcast Example

Question 5

V2Xcast®: Breakthrough Software-Hardware Separation Architecture Enabling Dual-Mode DSRC and C-V2X Bidirectional Conversion

Accepted Answer

Unex leverages the innovative V2Xcast® software-hardware separation architecture to enable seamless switching between DSRC and C-V2X technology standards on the same hardware platform. This bidirectional conversion capability allows you to choose the most suitable communication protocol based on project or market requirements, significantly reducing hardware investment costs while ensuring technical adaptability.With the V2Xcast® platform, you can switch between DSRC and C-V2X technologies without the need to rewrite extensive code. Thanks to Unex's unique flexible licensing mechanism, you have full control over your technology deployment. Whether you need to upgrade from DSRC to C-V2X or switch back to DSRC for specific applications, this compatibility design effectively protects your software development investment and makes technical adjustments more cost-effective.Our unique V2Xcast® communication middleware provides a unified protocol conversion framework that efficiently handles data format differences between different standards, allowing application development teams to focus on their work without needing to dive into the underlying communication details.For more information on licensing and pricing plans, please refer to the details below.

Simplifying Protocol Differences to Enhance V2X Application Development Efficiency

V2Xcast® offers a unified API interface, allowing developers to experience consistent development when working with DSRC and C-V2X protocols, without having to manage underlying protocol differences.During the development phase, users need only 2 steps: 1) procurement of a valid software license, and 2) subsequent firmware upgrade (FW update) implementation to complete the conversion. Mere updates to configuration parameters or license entitlements are insufficient to effectuate this transformation. The middleware automatically handles protocol conversion, significantly improving development efficiency and simplifying integration processes.Once the system is deployed, it operates according to the selected protocol and does not support dynamic switching during operation, ensuring system stability and performance.

[svg_code name="dsrc-cv2x_en"]

Note: DSRC and C-V2X are two distinct connected vehicle communication technologies. A device can only operate using one of these standards at a time.

V2Xcast® Technology AdvantagesThe design of V2Xcast® ensures that even when underlying communication technologies change, the usage model of the upper-layer application software remains consistent. When switching between DSRC and C-V2X, you only need to adjust API parameters and service configuration files to meet the specific requirements of different product configurations.Based on the real-world experience of our numerous partners, this conversion process is efficient and smooth, with no significant barriers to development progress.Once the conversion is complete, you can continue to develop your existing applications using the familiar development approach, quickly mastering and leveraging the technical advantages of different communication standards. This allows your development team to focus on innovative smart transportation application features, rather than adapting to underlying communication technologies, ensuring a seamless experience in technological transformation.Explore V2Xcast® Architecture and Diverse Hardware Support

Application Environment

[svg_code name="smart-transportation_en"]

Intelligent Transportation Infrastructure UpgradeTraffic management departments can easily upgrade existing DSRC roadside equipment to support C-V2X without replacing the entire system.The RSU series adopts a modular design, allowing for an upgrade by simply replacing the communication module, significantly reducing infrastructure reconstruction costs. It also complies with U.S. USDOT and European ETSI standards, ensuring global interoperability and reliability.

[svg_code name="vehicle-contract_en"]

On-Board Communication SystemAutomakers can flexibly deploy systems across different markets, reducing R&D and production costs.Unex's OBU series allows for switching between DSRC and C-V2X technologies through firmware updates, eliminating the need to develop different versions of in-vehicle systems due to regional specification differences.In addition, Unex's on-board devices are designed to operate reliably in various vehicle environments and can be integrated into different vehicle models based on requirements, providing automakers with greater design flexibility and market adaptability.

[svg_code name="smart-city_en"]

Smart City ProjectsCity planners can ensure that existing deployments remain adaptable and scalable with future technological advancements through our solutions.We offer a modular V2X platform and integration services, helping customers build optimized infrastructure and in-vehicle system architectures that meet the specific needs of various environments.The V2X Protocol Stack supports major V2X standards and provides OTA wireless update capabilities, allowing seamless upgrades as technology standards evolve, thus reducing the risk of equipment obsolescence. It has already been successfully deployed in multiple city pilot projects, demonstrating excellent system compatibility and future scalability.

Question 6

What Should I Do If I Have Not Received the Whitelist? How Can I Obtain and Import It?

Accepted Answer

Please refer to the “Upload Whitelist” section under V2Xcast SDK in the Unex Software Development Guide (SDG) for full details: Preparation Create a folder (you may choose any name). Place the required whitelist files (.gz and .sign format) into this folder. These files are typically provided by Unex and sent to your company’s contact person via email. The email subject line will usually include “White List Files.” Upload Command Use the following command to upload the whitelist to the Unex device: ./v2xcast_manager -m put -f

/cfg/wlist : Path to the folder containing the whitelist files. : IP address of your Unex device. Example If your whitelist files are stored in ./whitelist_folder and include whitelist-20250101.gz and whitelist-20250101.sign, and the device IP is 192.168.1.3, run: ./v2xcast_manager -m put -f ./whitelist_folder 192.168.1.3/cfg/wlist Result After successful execution, the system will display: Uploading and applying wlist successful This indicates the whitelist has been uploaded and applied successfully.

Question 7

Have Unex Products Obtained Any Certifications or Participated in Interoperability Testing?

Accepted Answer

For detailed certification information, please consult the Product Development Department.

OA Certification: Please refer to the official Unex OA certificate. Additional details are available on the OA official website.

Interoperability Testing: Unex participated in DSRC testing in earlier years and has more recently joined TPF testing. European standard (EU) testing has not yet been conducted.

Question 8

How to Find Your MAC Address

Accepted Answer

A MAC Address (Media Access Control Address) is a unique identifier for every V2X device, required for add-on purchases, technical support, repair services, and warranty inquiries.

This 12-character alphanumeric code is typically printed on the device label, with location varying by product.

The MAC Address numbers shown in the product label below are for reference only. Please use the actual identifier printed on your device.

Software-based querySoftware-based MAC Address query for all Unex V2X products:SOM (V2X System-On-Module), OBU (On-Board Unit), RSU (Roadside Unit)

1. Confirm software installation completion.2. Run command: root@autotalks:~# cat /etc/unex/device/module_info.txt3.The [Application Information] section will display two MAC Address entries.4. Use the first line "V2X_0_MAC_Address" field value for technical support purposes.

Hardware Label PlacementThe value displayed in the "MAC" field is the MAC Address required for technical support.

SOM: Top protective cover

OBU: Side panel

RSU: Bottom panel

Question 9

V2X System Module: Communication Transmission Distance Field Test Analysis

Accepted Answer

According to field test results, the Unex V2X SOM system module delivers a communication range of 150–300 meters in typical urban traffic environments. This range is sufficient to support key V2X applications such as intersection collision warnings and traffic signal information, ensuring safer and smarter transportation.

Learn more about V2X System Module: Communication Transmission Distance Field Test Analysis

The Unex V2X SOM module has been tested and verified under both IEEE 802.11p and C-V2X standards. It demonstrates outstanding performance across key technical metrics, including RF stability, signal interference resistance, and packet delivery efficiency. This makes it an ideal solution for intelligent transportation systems (ITS) and connected vehicle (V2X) applications.

Product development strictly adheres to international standards and regulations, including:

IEEE 1609 multi-layer communication protocol architecture standards

3GPP Release 14/15 C-V2X technical specifications

Regional spectrum allocation requirements (5.9 GHz ITS band)

Transmission Distance Field TestThroughout the tested range, the Unex V2X SOM module maintained a high level of consistency and reliability in message transmission, meeting the strict safety communication requirements of connected vehicle (V2X) applications.

Test EnvironmentPerformance data was systematically collected with the V2X device as the central point, evaluating the product’s performance under real-world deployment conditions.

TX side:u003c/strongu003e Using OBU, Open sky, Above the TC

RX side:u003c/strongu003e Using OBU, Open sky, Same height as passenger vehicle

Technical Specifications & Certifications

The Unex SOM-352UC (C-V2X) module has received official certification from OmniAir, fully complying with the 761-OA-TSS&TP and TP-36521 wireless communication testing standards.

The product has been tested and meets the TP-36521-Tx-BV-01 transmission performance specification and the TP-36521-Rx-BV-01 reception performance specification, ensuring stable and reliable communication in connected vehicle (V2X) applications.

For the complete technical specifications and parameters of the Unex C-V2X certified module, please refer to the following technical documents:

OmniAir C-V2X Module Certifiction

Unex SOM352 Quick Start Guide

Question 10

V2X System-On-Module – Communication Range Analysis

Accepted Answer

Field testing has demonstrated that Unex Technology’s V2X SOM system module achieves a communication range of 150 to 300 meters in urban traffic environments, enabling critical applications such as intersection collision warnings and traffic signal information broadcasting.

The module has been ri

Learn more about V2X System-On-Module – Communication Range Analysis

The module has been rigorously tested and validated against both IEEE 802.11p and C-V2X standards. It delivers outstanding performance in RF stability, signal interference resistance, and packet transmission efficiency—making it a highly reliable solution for intelligent transportation systems (ITS) and V2X deployments.

Product development is strictly aligned with international standards, including:

IEEE 1609 protocol stack for V2X communications

3GPP Release 14/15 C-V2X specifications

Regional spectrum regulations, including the 5.9 GHz ITS band

Transmission Range TestingThroughout the entire tested distance, message transmission remained highly consistent and reliable, meeting the stringent safety communication requirements of V2X applications.

Equipment setupThe test was conducted with the V2X unit placed as the reference point.Performance metrics were systematically gathered to assess operational effectiveness in actual deployment environments.

TX side:u003c/strongu003e Using OBU, Open sky, Above the TC

RX side:u003c/strongu003e Using OBU, Open sky, Same height as passenger vehicle

Technical Certifications

The Unex SOM-352UC (C-V2X) module has been officially certified by OmniAir, fully complying with the 761-OA-TSS&TP and TP-36521 wireless communication test specifications.

The module has passed the TP-36521-Tx-BV-01 transmission performance and TP-36521-Rx-BV-01 reception performance standards, confirming its stable and reliable communication capability in V2X application environments.

For complete technical specifications and certification details, refer to the documentation below.:

OmniAir certificate C-V2X module

Unex SOM352 Quick Start Guide

Question 11

What Should I Do If I Have Not Received the Whitelist? How Can I Obtain and Import It?

Accepted Answer

Please refer to the “Upload Whitelist” section under V2Xcast SDK in the Unex Software Development Guide (SDG) for full details: Preparation Create a folder (you may choose any name). Place the required whitelist files (.gz and .sign format) into this folder. These files are typically provided by Unex and sent to your company’s contact person via email. The email subject line will usually include “White List Files.” Upload Command Use the following command to upload the whitelist to the Unex device: ./v2xcast_manager -m put -f

/cfg/wlist : Path to the folder containing the whitelist files. : IP address of your Unex device. Example If your whitelist files are stored in ./whitelist_folder and include whitelist-20250101.gz and whitelist-20250101.sign, and the device IP is 192.168.1.3, run: ./v2xcast_manager -m put -f ./whitelist_folder 192.168.1.3/cfg/wlist Result After successful execution, the system will display: Uploading and applying wlist successful This indicates the whitelist has been uploaded and applied successfully.

Question 12

Have Unex Products Obtained Any Certifications or Participated in Interoperability Testing?

Accepted Answer

For detailed certification information, please consult the Product Development Department.

OA Certification: Please refer to the official Unex OA certificate. Additional details are available on the OA official website.

Interoperability Testing: Unex participated in DSRC testing in earlier years and has more recently joined TPF testing. European standard (EU) testing has not yet been conducted.

Question 13

How to Find Your MAC Address

Accepted Answer

A MAC Address (Media Access Control Address) is a unique identifier for every V2X device, required for add-on purchases, technical support, repair services, and warranty inquiries.

This 12-character alphanumeric code is typically printed on the device label, with location varying by product.

The MAC Address numbers shown in the product label below are for reference only. Please use the actual identifier printed on your device.

Software-based querySoftware-based MAC Address query for all Unex V2X products:SOM (V2X System-On-Module), OBU (On-Board Unit), RSU (Roadside Unit)

1. Confirm software installation completion.2. Run command: root@autotalks:~# cat /etc/unex/device/module_info.txt3.The [Application Information] section will display two MAC Address entries.4. Use the first line "V2X_0_MAC_Address" field value for technical support purposes.

Hardware Label PlacementThe value displayed in the "MAC" field is the MAC Address required for technical support.

SOM: Top protective cover

OBU: Side panel

RSU: Bottom panel

Question 14

V2X Indoor Testing

Accepted Answer

Indoor Testing with DSRC radio

With DSRC radio, the POTI service provides a configured position for testing without the GNSS signal. You can upload the POTI configuration file through v2xcast_manager.Please refer to the "POTI Configuration for Indoor Testing" section in your V2Xcast SDK document for more detail.

Indoor Testing with CV2X radio

Due to the CV2X PC5 radio being based on 3GPP RF requirements which need highly accurate timing synchronization, the CV2X devices cannot send and receive messages without any GNSS signal. In our experience, most of our customers including ourselves use GNSS repeaters for indoor testing.

GNSS repeater:

Low cost

To avoid the GNSS signal being too weak in an indoor environment.

Need to extend the GNSS antenna of the GNSS repeater to an open sky environment.

If it is impossible to extend the GNSS antenna, the GNSS simulator is another option for indoor testing.

Question 15

V2X for video streaming

Accepted Answer

Video streaming based on V2X technology is possible, but not very feasible in the open field.

The V2X protocol is mainly designed for sharing the status of vehicles and emergency road events; basically, there should not be any station that bursts packets or occupies most of the bandwidth.

For the request of video streaming or high data rate transmission, Unex recommends combining the V2X technology with some other wire/wireless communication system (E.g. LTE-Uu) to meet the low latency requirement of V2V direct communication and high data rate requirement of video streaming.

Question 16

What Should I Do If I Have Not Received the Whitelist? How Can I Obtain and Import It?

Accepted Answer

Please refer to the “Upload Whitelist” section under V2Xcast SDK in the Unex Software Development Guide (SDG) for full details: Preparation Create a folder (you may choose any name). Place the required whitelist files (.gz and .sign format) into this folder. These files are typically provided by Unex and sent to your company’s contact person via email. The email subject line will usually include “White List Files.” Upload Command Use the following command to upload the whitelist to the Unex device: ./v2xcast_manager -m put -f

/cfg/wlist : Path to the folder containing the whitelist files. : IP address of your Unex device. Example If your whitelist files are stored in ./whitelist_folder and include whitelist-20250101.gz and whitelist-20250101.sign, and the device IP is 192.168.1.3, run: ./v2xcast_manager -m put -f ./whitelist_folder 192.168.1.3/cfg/wlist Result After successful execution, the system will display: Uploading and applying wlist successful This indicates the whitelist has been uploaded and applied successfully.

Question 17

Have Unex Products Obtained Any Certifications or Participated in Interoperability Testing?

Accepted Answer

For detailed certification information, please consult the Product Development Department.

OA Certification: Please refer to the official Unex OA certificate. Additional details are available on the OA official website.

Interoperability Testing: Unex participated in DSRC testing in earlier years and has more recently joined TPF testing. European standard (EU) testing has not yet been conducted.

Question 18

How to Find Your MAC Address

Accepted Answer

A MAC Address (Media Access Control Address) is a unique identifier for every V2X device, required for add-on purchases, technical support, repair services, and warranty inquiries.

This 12-character alphanumeric code is typically printed on the device label, with location varying by product.

The MAC Address numbers shown in the product label below are for reference only. Please use the actual identifier printed on your device.

Software-based querySoftware-based MAC Address query for all Unex V2X products:SOM (V2X System-On-Module), OBU (On-Board Unit), RSU (Roadside Unit)

1. Confirm software installation completion.2. Run command: root@autotalks:~# cat /etc/unex/device/module_info.txt3.The [Application Information] section will display two MAC Address entries.4. Use the first line "V2X_0_MAC_Address" field value for technical support purposes.

Hardware Label PlacementThe value displayed in the "MAC" field is the MAC Address required for technical support.

SOM: Top protective cover

OBU: Side panel

RSU: Bottom panel

Question 19

V2X Indoor Testing

Accepted Answer

Indoor Testing with DSRC radio

With DSRC radio, the POTI service provides a configured position for testing without the GNSS signal. You can upload the POTI configuration file through v2xcast_manager.Please refer to the "POTI Configuration for Indoor Testing" section in your V2Xcast SDK document for more detail.

Indoor Testing with CV2X radio

Due to the CV2X PC5 radio being based on 3GPP RF requirements which need highly accurate timing synchronization, the CV2X devices cannot send and receive messages without any GNSS signal. In our experience, most of our customers including ourselves use GNSS repeaters for indoor testing.

GNSS repeater:

Low cost

To avoid the GNSS signal being too weak in an indoor environment.

Need to extend the GNSS antenna of the GNSS repeater to an open sky environment.

If it is impossible to extend the GNSS antenna, the GNSS simulator is another option for indoor testing.

Question 20

V2X for video streaming

Accepted Answer

Video streaming based on V2X technology is possible, but not very feasible in the open field.

The V2X protocol is mainly designed for sharing the status of vehicles and emergency road events; basically, there should not be any station that bursts packets or occupies most of the bandwidth.

For the request of video streaming or high data rate transmission, Unex recommends combining the V2X technology with some other wire/wireless communication system (E.g. LTE-Uu) to meet the low latency requirement of V2V direct communication and high data rate requirement of video streaming.

Question 21

Unex’s Business Model

Accepted Answer

Unex's primary business model focuses on V2X (Vehicle-to-Everything) innovation. It encompasses several unique key elements that are designed to drive V2X adoption and provide advanced capabilities in the field.

Learn more about Unex’s Business Model

A

B

Technology Readiness:

Our focus lies in the development and provision of advanced V2X technology. We engage in continuous research and development efforts to enhance V2X systems, including improving communication protocols, sensor fusion capabilities, and network security measures.

By continuously updating our technology, we ensure that our V2X solutions are equipped with the latest features and functionalities.

Through ongoing innovation and improvement, we strive to stay at the forefront of V2X technology and provide our customers with state-of-the-art solutions.

Market Readiness:

We focus on understanding and meeting market needs and requirements. By aligning our products with specific market demands, we provide customized solutions that cater to various sectors such as transportation, smart cities, and logistics.

Our goal is to address the unique requirements of these fields and offer tailored solutions that effectively meet their specific needs.

Business Partnership:

Collaboration is a key factor in our business model. We establish partnerships with automotive manufacturers, government agencies, and technology providers in related industries.

These partnerships allow us to share expertise, resources, and sales channels, fostering innovation and driving the widespread adoption of V2X technology.

Ecosystem Development:

V2Xcast® is a unique service offered by Unex that enhances the functionality of V2X systems by providing real-time information, such as traffic updates, road conditions, and safety alerts, to connected vehicles.

This service-oriented approach ensures that users can access timely and relevant data, which not only improves safety and system efficiency but also enhances the overall driving experience.

Question 22

V2X Deployment

Accepted Answer

Today, V2X is at a crucial juncture, and it is essential for you to have a tangible competitive edge.

By joining Unex's V2Xcast® ecosystem, you can benefit from the following advantages:

Shared Success Stories:

We have witnessed numerous success stories from participants in Unex's V2Xcast® ecosystem. By becoming part of this ecosystem, you gain access to a community of automotive, traffic infrastructure, and cross-industry experts who have achieved significant milestones. This opens up opportunities for collaboration and knowledge sharing.

V2X Application Software Building Blocks:

You can immediately leverage validated and trusted software packages on V2Xcast® for your own system, saving development time and costs.

Licensing to Non-Conflict Technology Partners:

Additionally, you have the option to license these V2X application software building blocks to other non-conflicting technology partners. This expands your collaboration opportunities and promotes industry-wide development.

Cross-Industry Applications:

The V2Xcast® ecosystem extends beyond the automotive industry to encompass traffic infrastructure and related cross-industries. This widens the scope of potential applications and business opportunities for you.

Utilizing an ecosystem is critical to accelerating V2X innovations and fostering long-term mutual success. Unlike closed turnkey solutions, the V2Xcast® ecosystem provides a jump-start and open V2X experience, allowing you to customize and enhance your V2X applications as requirements evolve.

Learn more about V2X Deployment

Question 23

Co-creation Criteria

Accepted Answer

Unex welcomes entities from various domains who are interested in innovation and believe in the power of co-creation through trusted partnerships:

Original Domain:

Whether you are a business, organization, or individual, as long as you bring expertise and unique perspectives from your specific domain, you are welcome to join us.

Interest in Innovation:

Co-creation revolves around the generation of new ideas, solutions, and products.

If you have a genuine passion for innovation and a desire to contribute to the development of groundbreaking concepts, we invite you to be part of our co-creation network.

Believer in Trusted Partnerships:

At Unex, we emphasize the importance of building strong and trustworthy relationships with our co-creators.

We value collaborative and transparent interactions, where each participant respects and supports one another. If you resonate with our philosophy, we are eagerly looking forward to having you join us.

If you meet the aforementioned criteria, you are the ideal partner Unex are seeking! Let's join forces with like-minded individuals and organizations to explore new possibilities, drive innovation, and progress together.

Join us now and unleash the immense power of co-creation!

Question 24

Evaluation and Long-term Partnership

Accepted Answer

We provide a series of ready-to-use V2X devices for V2X communication, which include all the essential components of our service-oriented V2Xcast® software, optimized for V2X SOM/OBU/RSU devices. With our devices, customers can effectively develop applications and services for immediate deployment, without any additional V2X stack license fees or royalties.

To ensure a smooth process, we require the execution of the "V2Xcast® Software License Agreement" before product delivery. This agreement covers the embedded V2Xcast® software and related software deliverables.

The typical operation flow for purchasing our V2X devices and establishing a long-term partnership is as follows:

Evaluation:

You can explore the features and performance of our devices to determine if they meet your requirements for developing V2X applications.

Contact:

You can contact Unex's professional sales team through our website to initiate the purchasing process. A dedicated representative will be available to provide you with the necessary information and guidance.

Product Selection:

Our sales team will assist you in selecting the appropriate V2X device(s) based on your specific needs and application requirements. They will provide detailed specifications, pricing information, and any additional documentation you may need.

Negotiation:

After selecting the desired V2X device(s), you may engage in negotiations with our sales team regarding pricing, terms, and any customizations or additional services you require.

V2Xcast® Software License Agreement:

Prior to product delivery, the execution of the "V2Xcast® Software License Agreement" is mandatory. This agreement ensures that you comply with the terms and conditions for using the embedded V2Xcast® software and associated software deliverables.

Order Placement:

Once all the necessary negotiations and agreements are in place, you can proceed with placing your order. Our sales team will provide you with the required order forms and assist you throughout the process.

Product Delivery:

Upon receipt of your order, we will process it promptly and arrange for the delivery of the V2X devices to your specified location.

Support and Partnership:

After receiving the V2X devices, you can start developing your applications and services using our devices and the embedded V2Xcast® software. Throughout the development process, our technical support team will be available to assist you with any inquiries or technical challenges you may encounter.

We hope this information clarifies the process of purchasing Unex's V2X devices for evaluation and developing a long-term partnership. If you have any further questions or require additional assistance, please don't hesitate to contact our sales team.

Question 25

Trade Information for Unex’s V2X system

Accepted Answer

The ECCN (Export Control Classification Number), CCATS (Commodity Classification Automated Tracking System), and HS Code (Harmonized System Code) for Unex's V2X system are as follows:

ProductECCNCCATSHS CodeCOOSOM5A992.cZ16698498517.69.00.92.7TaiwanOBU5A992.cZ16698498517.69.00.92.7TaiwanRSU5A992.cZ16698498517.69.00.92.7Taiwan

Remarks:

ECCN stands for Export Control Classification Number, which is a classification code used to categorize items for export control purposes.

CCATS refers to the Commodity Classification Automated Tracking System, a system used for tracking and managing the classification of commodities.

HS Code stands for Harmonized System Code, which is an internationally recognized code used to classify products for customs and trade purposes.

These codes are crucial for effectively managing the import and tariff issues related to Unex's V2X wireless devices. Please refer to these codes when handling import and tariff regulations for Unex's V2X wireless devices.

As for the clients who wish to know if the system is classified as a strategically high-tech commodity requiring special import permission; the answer is NO.  Unex's V2X system is not classified as a Strategic High-Tech Commodity according to the verification report dated October 18, 2021. As a result, it can be exported without requiring any special permission.

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