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NV-BM Series: M.2 (PCIe)/U.2 and U.3 NVMe/SATA Duplicator
- SKU:
- URCANNVBM600
Description
- 5, 10, 15, 20 Targets Available.
- Designed for high volume duplication, simultaneously copy PCIe M.2 devices with a speed transfers up to 24 GB per minute.
- Loads firmware on new M.2 devices. Supports firmware formats .std, .enc, .flu, .bin, .sig, .rel, and .bet.
- Supports M key and B+M key for M.2 PCIe devices.
In the fast-paced world of data duplication, efficiency and speed are crucial. Introducing the NV-BM series, a professional PCIe M.2 duplicator designed by U-Reach for high-volume duplication needs. With its unique multitasking technology, this cutting-edge device can simultaneously copy PCIe M.2 devices at an astonishing transfer speed of up to 24 GB per minute. Whether you're a manufacturer or a professional in need of reliable and rapid duplication, the NV-BM series is the perfect solution.
Features
- Speed transfers up to 24 GB per minute.
- Systems & files copy mode supports Windows(FAT16/32/64, NTFS), Linux(ext2/ext3/ext4), Mac(HFS, HFS+, HFSX.)
- Data Sanitization: Quick Erase, Full Erase, DoD Erase and DoD Erase + Compare.
- Loads firmware on new M.2 devices. Supports firmware formats .std, .enc, .flu, .bin, .sig, .rel, and .bet.
- Open platform design supports NVMe & SATA Express M.2/U.2(via adapter)/PCIE SSD/Mini PCIe(via adapter).
- Cable free connection for easier M.2 connection and disconnection.
- Supports M key and B+M key for M.2 PCIe devices.
- Log report management records all task details for better enhanced management.
Intelligent Duplication Modes
The NV-BM series offers intelligent duplication modes that cater to different needs and file formats. Let's explore these modes:
Systems and Files (Quick Copy Mode)
The duplicator automatically identifies and copies only the data area, significantly reducing the duration of the copy process. This ensures efficient duplication by excluding empty spaces within the capacity.
This copy mode supports a wide range of file formats, including Windows (FAT16/32/64/NTFS), Linux (ext2/ext3/ext4), and Mac (HFS/HFS+/HFSX). In the event that the file system format is not among the supported formats mentioned, the system will automatically switch to "whole media copy" mode.
Whole Media
In this mode, the duplicator performs a bit-by-bit copy from the initial sector to the end. It ensures an exact replica of the source device, making it suitable for all system and proprietary formats.
Unlike the quick copy mode, there are no format limitations in the whole media mode, providing flexibility for diverse duplication needs.
Impeccable High Speed
Speed is a defining factor in data duplication, and the NV-BM series excels in this aspect. With a remarkable transfer speed of up to 24 GB per minute, this duplicator maintains consistent performance even as the number of target devices increases. Whether you need to duplicate a few or multiple devices simultaneously, the NV-BM series ensures unparalleled speed and efficiency.
Support Firmware Upload
The NV-BM series supports firmware loading for multi-slot PCIE devices. It can handle various firmware formats, including .sig and .enc. This feature enables easy and efficient firmware updates on M.2 devices, ensuring compatibility with the latest technologies and enhancements.
High Compatibility
The NV-BM series offers high compatibility with different operating systems and file formats. Let's explore its capabilities:
- The quick copy mode supports Windows: FAT16/32/64, Linux formats including ext2/ext3/ext4, and Mac formats including HFS/HFS+/HFSX.
- The whole media copy mode supports all system and proprietary formats, making it suitable for duplicating devices with diverse file systems.
- The NV-BM series is designed to support various brands of PCIe M.2 devices, ensuring broad compatibility in the market.
- It is specifically designed to accommodate the highest storage capacities available, allowing for duplication of large-scale data.
- The duplicator supports both MBR (Master Boot Record) and GPT (GUID Partition Table) partitioning methods.
Sanitization Methods
The NV-BM series provides comprehensive data sanitization methods to ensure secure and reliable duplication. Let's explore these methods:
- Quick Erase: This method erases the device index table, providing a quick and efficient way to sanitize the device.
- Full Erase: The full erase method completely erases the entire device, ensuring data privacy and security.
- DoD Erase: Complies with the U.S. Department of Defense erasure standards, sensitive data is securely erased and cannot be recovered.
- Secure Erase: This method follows the guidelines set by the National Institute of Standards and Technology (NIST) 800-88. It provides a comprehensive and secure erasure process, giving you peace of mind that your data is irretrievable.
Open Platform Design
The NV-BM series features an open platform design, supporting a wide range of storage devices. It is compatible with various M.2 devices, including NVMe and SATA Express, as well as U.2 drives via an adapter. Additionally, it supports PCIE SSDs, Mini PCIe devices (via an adapter), and M key and B+M key configurations for M.2 PCIe devices. The cable-free connection design makes M.2 connection and disconnection hassle-free and convenient.
Verification of Data Integrity
Ensuring the accuracy and integrity of duplicated data is of utmost importance. The NV-BM series employs a bit-by-bit verification process to confirm the successful duplication of data. This meticulous verification procedure reduces the risk of errors and guarantees reliable copies, minimizing the chances of customer recalls and ensuring a high level of customer satisfaction.
Event Log Report
The NV-BM series features an innovative mechanism that generates an Event Log Report. This report records detailed information about the operation results and other relevant data for each duplicated device. The Event Log Report serves as a valuable asset for production management and analysis, providing insights into the duplication process and facilitating efficient tracking and auditing.
Skipping Bad Sectors
To optimize duplication efficiency, the NV-BM series offers the option to skip bad sectors from the source device. Users can select the number of bad sectors to skip, ranging from 0 to unlimited. This feature allows for a smooth duplication process, ensuring that only healthy and error-free data is copied to the target devices.
Conclusion
The NV-BM series is the ultimate solution for high-volume duplication of PCIe M.2 devices. With its exceptional speed of up to 24 GB per minute, intelligent duplication modes, and support for various firmware formats, it meets the diverse needs of manufacturers and professionals in need of efficient and reliable data duplication. The device's compatibility with different operating systems and file formats, along with its advanced data sanitization methods, open platform design, and comprehensive verification processes, make it a top choice in the market.
With the NV-BM series, you can streamline your duplication processes, enhance productivity, and ensure the integrity of your duplicated data.
Questions & Answers
Q1. What is the difference between system and files copy and whole media copy modes?
System and Files Copy Mode selectively replicates recognized file formats, such as Linux (ext2/ext3/ext4), Windows (NTFS, FAT16/32/64), or Mac (HFS, HFS+, HFSX). It specifically copies the data/format sections of the media, typically making it faster.
In contrast, Whole Media Copy Mode initiates a complete copy from LBA 0 and continues until all addresses are copied, including areas that don't contain your data. This is a more comprehensive but slower process.
Q2. I get a "No Update File” message when attempting a BIOS update. What should I do?
Follow these steps to troubleshoot:
- Make sure the BIOS file is unzipped.
- Verify that the update partition uses an MBR partition table and is formatted in FAT32.
- Ensure the BIOS file is located in the root directory of the device without being inside any folders.
- Try saving the BIOS file to a different, reliable device.
- Re-download and save the BIOS file, temporarily disabling any software utilities that might interfere during the download process.
- Confirm that the BIOS file corresponds to the product model requiring the update.
Q3. What could cause immediate duplication failure after starting the copy process?
Several reasons can cause this:
- Ensure the source's capacity doesn't exceed the target devices' capacities.
- If the source device is NTFS formatted, the target device's capacity must be at least 1MB larger than the source.
- Verify the source device's accessibility using a PC to check for potential errors.
Q4. Can I copy from a drive with a capacity of 500 GB to one of 250 GB?
Yes, provided the data and formatting on the 500GB drive don't exceed 250GB. If using a GPT partition table, remember the backup partitions will be stored at the end of the 500GB drive. Use the settings option to prevent copying the backup GPT partition - it will be restored upon the next reboot in a PC.
Q5. What is the internal SSD used for?
The internal SSD allows users to create and store drive images, either directly or using the GOB software. These images can then be used as a source, and all slots on top become eligible targets for duplication.
Q6. Why is my copy speed slower than the quoted speed?
The speed specified in the product specs represents the maximum potential speed. The actual speed will depend on the read/write speed of your drives. Drives with large amounts of data may experience a reduction in speed over time due to heat buildup.
Q7. Can this machine copy SATA drives?
Yes, the machine natively supports both NVMe and SATA protocols. It inherently supports M key and B+M key M.2 interfaces. With the optional adapter (TB1589), it can also support the traditional SATA interface.
Comparison
U-Reach boast an industry only FPGA design on PCIe duplicator that meets or exceeds MIL-STD-810H standards.
| U-Reach NV-BM Series vs Competitor PC Based Machine | ||
|---|---|---|
| Features | U-Reach M.2 PCIe NVMe NV-BM Series Duplicator (1-5, 1-10, 1-15, 1-20) | PC-Based (Competitors) Duplicator |
| Virus Security | No virus and hacking infiltration | Possible |
| Firmware/Software Compatibility Updates | Proprietary coding with free lifetime firmware support | Relies on third-party software |
| Dedicated Bandwidth Per Port | Yes, no speed degradation | No, speed degrades 2+ target ports |
| Simple Backlit LCD | Yes, built for longevity | No, touchscreen |
| Erase Functions | - Quick Erase - Full Erase (NIST SP 800-88r1) - DoD3 Pass (DoD 5220.22-M) - DoD3 Pass+Compare (DoD 5220.22-M) - Secure Erase |
Few |
| Removable Internal SSD | No | No |
| GOB Image Encapsulation | Yes, included | No |
| Standalone Design | Yes | Yes |
| FPGA | Yes | No |
| O/S | No | Yes –Linux/Windows |
| One Step Copy | Yes, without internal images (2-step copy) | No, PC-Based requires several steps and preset initialization |
| Modular Sockets | Yes | Few |
| Supports U.2 NVMe/SATA | Yes | Rare |
| Integration of both NVMe and SATA Protocols | Yes | Few |
| Log Report Management | Yes | Few |
| MIL-STD-810H Certified | Yes | No |
Videos
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U-Reach NV-BM Series - Replacing M.2 to U.2 Structural Platform
U-Reach Data Solutions: http://www.ureach-usa.com/
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NV-BM S Series: How to Check the Disk Info
This video is about how to check the disk info. #ureach #urea...
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NV-BM Series: How to Replace M.2 and U.2 Interfaces
This video is about how to replace M.2 and U.2 interfaces for ...
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NV-BM Series: How to Update and Upgrade the Firmware
This video is about how to update and upgrade the firmware for...
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NV-BM Series: How to Perform the Copy Function
This video is about how to perform the copy function for NV-BM...
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NV-BM S Series: How to Extend the Life of M.2 Modular Ports
This video is about how to extend the life of M.2 modular port...
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NV-BM Series: How to Prepare an Image Using NV-BM GOB Compiler
Step 1 of 2 demonstration on how to prepare an image to be enc...
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NV-BM Series: How to Prepare an Image Using NV-BM GOB Uploader
Step 2 of 2 demonstrates how to upload the .GOB file into the ...
Technical Specs
| General: | |||||||
|---|---|---|---|---|---|---|---|
| Model: | NV-BM600 | NV-BM1100 | NV-BM1600 | NV-BM2100 | |||
| Target Ports: | 1:5 | 1:10 | 1:15 | 1:20 | |||
| Functions: | |||||||
| 4 Copy Modes: |
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| Compare (Verification): | Bit-by-bit data comparison from the source device to target device(s). | ||||||
| 5 Sanitization Modes: |
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| Skip Bad Sectors: |
Choose the number of bad sectors to skip. | ||||||
| Unknown Format: | Choose to copy of skip unknown formats. | ||||||
| Erase Source Port: | Enable or disable source port from being erased. | ||||||
| Device Power-up: | Choose time to wa | ||||||
| Device Power Down: | Choose time to wait for the device to power down prior to disconnection. | ||||||
| Scroll Lock: | Disable or unable backwards and forwards buttons on the control panel. | ||||||
| Language: | English or Japanese. | ||||||
| Log Manager: | Manage and export log reports. | ||||||
| Switch to SATA/PCIe Mode: | Select SATA Express or NVMe protocol. Requires reboot to be in effect. | ||||||
| Features: | |||||||
| Operation Type: | Stand-alone, FPGA-based operation (Non-PC based system design). | ||||||
| Controller Design: | Embedded controller is designed to support capacities over 18TB+ Constant improvement supports latest market-available devices. |
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| Protocols Supported: | Supports Native NVMe and Native SATA protocol | ||||||
| Hot Swap Supported: |
Supports hotswapping devices. | ||||||
| Bandwidth Performance: | Speed transfers of up to 24.0GB/min. (400MB/sec.) Dedicated bandwidth enables high-volume replications without speed degradation |
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| Read Only Source Port: | There is no option to disable this built-in feature and it is integrated with all U-Reach duplicators. | ||||||
| Cable-free Hardware Design : |
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| Device Power up: | Choose time to wait for the device to power up prior to copy, erase, etc. | ||||||
| Image Management: | Allows user to transfer multiple master images from PC and store them in the duplicator's internal storage device. | ||||||
| Event Log Management: |
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| Compatibilities: | |||||||
| Compatible Devices: | NGFF (M.2): 2230, 2242, 2260, 2280, 3030, 3042, 3060, 3080, and PCI-e SSD (full and low profiles). Supports B+M Key or M Key Only |
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| Supported Formats: |
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| Compatible Devices (Requires Optional Adapters): |
SATA HDD/SSD and 2 types of U.2 (SFF8639). Refer to Replacement Parts. | ||||||
| Supported O/S: | All(WIndows, Mac, Linux, and other proprietary systems). | ||||||
| Hardware Specification: | |||||||
| LCD Display: | Backlit Monochrome LCD Display | ||||||
| LEDs: | 3 LED Indicators per Port: Yellow (Power), Green (Pass), and Red (Fail) | ||||||
| Control Panel: | 4 Push Buttons(â–², â–¼, OK, ESC) | ||||||
| Power Requirements: |
Universal Power: 115VAC or 230VAC, 50/60Hz | ||||||
| Operational Temperature: | 0°C ~60°C (32°F ~ 140°F) | ||||||
| Non-Operational Temperature: | -20°C ~85°C (-4°F ~ 185°F) | ||||||
| Working Humidity: | 20% ~ 80%, non-condensing |
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| Humidity: | Operating: 20% ~ 95%, non-condensing Non-operating: 5% ~ 95%, non-condensing |
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| Product Dimensions (LxWxH): |
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| Product Weight: |
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| Certifications: | FCC, CE, RoHS, and REACH | ||||||
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