What is NetROCKEY4ND?
NetROCKEY4ND is the enhanced driverless version of NetROCKEY4 which is built based on HID driverless architecture, no driver installation needed and it is completely Plug & Play. HID driverless architecture will eliminate at least 90% of potential end user support which arise from device driver issue. Below are the summary of additional features of NetROCKEY4ND against previous NetROCKEY4:
Driverless
Completely Plug & Play without the need to install any device driver, the supported Operating System (Win98SE/ME/2000/XP/2003/Vista) will recognize NetROCKEY4ND as an HID device in the system. Perfect solution to eliminate potential end user technical support issue which arise on device driver.
Bigger Memory
NetROCKEY4ND come with total 1000 bytes User Data Zone, divided into 500 bytes low memory area which can be read/written with Basic Passwords (P1 & P2) and 500 bytes high memory area which can only be written with Advanced Passwords (P3 & P4) but still can be read using Basic Passwords (P1 & P2).
More Modules
NetROCKEY4ND have an increased Module Zones count from previously 16 Modules in NetROCKEY4 to now 64 Modules. You can now protect up to 64 software modules/products with a single NetROCKEY4ND.
More Algorithms
NetROCKEY4ND comes with 128 User Definable Algorithms Zone which will allow developers to include more comprehensive security algorithms as they wish.
100% Compatible with programs protected with the old NetROCKEY4.
NetROCKEY4ND programs can be seamlessly migrated from NetROCKEY4 without the need to modify source code. All the APIs are same except the dll/lib files, you just need to replace the old dll/lib files.
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NetROCKEY4 |
NetROCKEY4ND |
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Driver Installation |
Manual |
HID driverless |
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Port Models |
USB and LPT |
USB only |
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User Data Zone |
120 bytes |
500 bytes (low) and 500 bytes (high) |
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Module Zone |
16 Modules (16-bit) |
64 Modules (16-bit) |
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Zero Attribute |
16 Modules (2-bit) |
64 Modules (2-bit) |
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Decrement Attribute |
16 Modules (2-bit) |
64 Modules (2-bit) |
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User Defined Algorithms |
80 Instructions |
128 Instructions |
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