EL Rtcc, with its performance totally the same as common EL Rtc and generally as normal Elite EL, has a unique attribute that its battery can be repeatedly charged&discharged. In addition, EL Rtcc can also get charged during its running without any interference on normal use. By this way, EL Rtcc has a longer life than ordinary products made by other competitors.
Features
Sustaining Technology
EL Rtcc, with its performance totally the same as common EL Rtc and generally as normal Elite EL, has a unique attribute that its battery can be repeatedly charged&discharged. In addition, EL Rtcc can also get charged during its running without any interference on normal use. By this way, EL Rtcc has a longer life than ordinary products made by other competitors.
EL Rtcc adopts internal LDO power-supply management. When connecting EL Rtcc with computer, its internal power-supply management automatically switch to external power-supply, which charges the battery simultaneously. Insufficient battery power would be reminded by the light of LED indicator.
Independant Real-time Clock
EL Rtcc is a successful hybrid of EL Std and real-time clock. Its time calculation can be purely depend on the inside clock which is battery-driven and sustainable for at least 3 years. Its unique design is to terminate the misuse of adjusting computer clock and enable the conveniences of rental and trial management.
Best Chip Security
ISO made explicit manufacturing norms (ISO/IEC 10373, ISO/IEC 15408) and formulated the international criteria EAL (Evaluation Assurance Level) into 1-7 grades for scientifically evaluating the chip security. The higher of the grade, the securer the chip is. EAL 5+ is a known upper limit for current technical products.
EL is equipped with the most advanced PHILIPS 16-bit smart card chip reaching EAL 5+ in the global hi-tech sector, that practically enable EL with the outstanding effectiveness in resisting of major attacks such as Electronic Attack (SPA and DPA), Probe Attack (SiShell), Chip Dissection and Debug Port.
Code-Port Solution
Code Port is an evolutionary technique of transferring key codes of protected software to a dongle under secure communication.
When a corresponding dongle is plugged, the protected application will call specific API functions to run key codes and data stored in the dongle and return legal results, so as to complete the full operation of the protected application. As those code and data stored in the dongle do not have copies at the PC end, malicious crackers are unable to get algorithms or data by physical interception.
In a word, EL provides a reliable solution to shield software developers from financial loss caused by pirating activities.
Smart Technology
As distinguished from conventional chip, EL smart card chip contains high performance cryptographic algorithm accelerator or coprocessor. In the chip, the COS (Card Operation System) and its applications are simply running to implement tasks. In another word, a smart card chip can be taken as a highly integrated mini PC.
Automatic Self-locking Mechanism
The access to the chip is protected by PIN, and the maximum re-tries is pre-set by software developers. For instance, under a dictionary attack, once re-tries exceed the pre-set value, the chip will trigger off a self-locking mechanism and block all external running operations.
Global Unique Serial Number
A global unique serial number which cannot be altered or rewritten is assigned to a smart card chip only. This puts an end to the piracy and enables the effective management on the released chips. Furthermore, by cooperating with Senselock, software developers are able to gain a unique “Client ID, which in effect addresses the critical issue of the reproduced and fraudulent dongle.
Built-in Timer
Timer is a useful component for software protection that applies to time-limited usage and anti-tracking. EL has a built-in timer lasting more than 10 hours that sustains much longer than similar products of competitors.
Specification
| CPU | 16-bit, 16MHz | Smart Card |
| RAM(bytes) | VM Mode | 254+2047 |
| Memory(bytes) | 8K/32K/64K | |
| IO Buffer(bytes) | 250 | |
| Working Voltage | DC 5V +/- 5% | |
| Max Consumption | 1000mW | |
| Working Temperature | 0°C~70°C | |
| Data Retention | 10 Years | Typical |
| Rewrittable | 100,000 times | Lowest |
| Connection Type | USB 1.0, USB 2.0 | |
| Encryption Algrithm | RSA, DES, TDES, SHA1 | |
| Connection | Driver or HID |
Operating System Supported:
Window 98SE/ME, Windows 2000, Windows XP, Windows Vista, Windows 7, Windows Server 2003, Windows Server 2008, WinCE, Linux, MacOS
Programming Language Supported:
VC++, C++ Builder, BC, VC6, VS2005, VS2008, Delphi6, Delphi7, Delphi2010, VB6, VB2008, PB, AutoCAD, C#, Java and more.
