In my quest for some nice smartcard or USB crypto token to use for authentication instead of keypairs (for which I started considering the Italian electronic ID card, once I change my documents, which happens to be this summer), I’ve noticed how, for laptops lacking ExpressCard 54 or PCMCIA, people tend to suggest using USB readers for SIM-sized cards, most of which seems to be intended first for actual GSM SIM cards.
This made me think that I do have an USB SIM card reader, I just have no idea how to get it to work under Linux.
The device is reported with USB IDs 05e3:fd21 (which in the usb.ids database is registered to “Genesys Logic, Inc. 3M TL20 Temperature Logger” – which doesn’t seem to be related to what I have at all).
Drivers Inno Products Catalog
BUILD IN 12 DC DRIVERS On board 12 DC device drivers for driving motors, relays, etc. Up to DC 24V 1A. BUILD IN DEVICES FOR EASE OF STARTUP FOR TRAINING On board Temperature sensor, Buzzer and Status LEDs allows jump start on foundamental trainings. PLUG AND PLAY WIRELESS MODULE Plug and play Wireless module to control with Andriod Phone or PC. The Inno Kayak Lifter Load Assist - Clamp On - Side Loading - 90 lbs Item # INA453 will fit factory crossbars up to 3-1/2 inches wide by 1-1/8 inches tall. Measure the bars on your 2013 Toyota RAV4 to determine if they meet those specs. The swing-out arm is 18 inches long and the base bar is 43 inches long.
I have drivers for Windos for it, but I haven’t tried them myself, not yet at least. The setup program I have, once ran under Wine, installs some software by Innoproducts, called “SimEditor (IT01)”.
This software seems to contain, beside some manuals, an installer for some “flash disk driver”, and a driver for the actual USB device. Interestingly, the setup for the USB device consists of three files, two DLLs (one for 9x, one for NT), and an executable, all three compressed with UPX. The installer seems to be created with Borland’s or CodeGear’s C++ Builder, I see references to Delphi, and to TForm, but the giveaway is the System::AnsiString string in it. As a style information, they didn’t name everything properly, I see references to TForm1 and Unit1, which are the default names for forms and units in C++ Builder. Further looking at the strings report the copyright to Borland Corporation from 2002, so it’s pre-CodeGear time.
The INF file (knrusb.inf) dos not seem to report any vendor name, but looking for 16-bit little endian strings in the installer (if you ever hacked under Windows you know that it mixes pretty nicely ASCII and UTF-16 strings) finds the actual authors of the driver: “Copyright © 2004-2005 Kooner Technology (H.K.) Co., Ltd.”. Unfortunately I can’t find an email address for them to ask.
Does anybody know about this device? Do anybody know a way to contact these Kooner Technology? (I have an hotmail address from the whois, but I’m a bit wary of that, I’ll try it anyway).
Operating System Driver Provider Driver Version; Download Driver: Windows XP (64 bit) Micro Systemation AB: 7.6.20.0 (2/18/2016) Download Driver: Windows Server 2003 (64 bit). Drivers micro systemation ab port devices.
Do anybody have any suggestion beside using USB snoop under Windows to see what it’s going on with the device? (and does anybody know for anything running under Windows XP, which is the only Windows version I have a license for?).
Drivers Inno Products Llc
Drivers Inno Products Inc
- SPECIALLY DESIGNED FOR TRAININGS AND PROJECTS MAKING
Carefully arranged IOs so that students can easily understand and helps to build more reliable projects. - NO BREAD BOARD IS REQUIRED
No bread board is required for building entire project. - COMPATIBLE TO ARDUINO UNO
Compatible to Arduino, furthermore, you can program with your faviourite languages such as Arduino C, Blocky Duino, Bascom, Atmel Studio, etc. - BUILD IN 12 DC DRIVERS
On board 12 DC device drivers for driving motors, relays, etc. up to DC 24V 1A . - BUILD IN DEVICES FOR EASE OF STARTUP FOR TRAINING
On board Temperature sensor, Buzzer and Status LEDs allows jump start on foundamental trainings. - PLUG AND PLAY WIRELESS MODULE
Plug and play Wireless module to control with Andriod Phone or PC. - PLUG AND PLAY WIFI
Plug and play WiFi module to control with PC via WiFi and Internet. - 20 CONFIGURABLE IO
20 Configurable IOs can be configured as 18 Digital Inputs, 18 Digital Outputs, 6 PWMs Outputs, 8 Analog Inputs. - SIMPLE DIMENSION
Simple dimension for easy installations. - USB PROGRAMMING
Upload programs easily with USB. - SELECTABLE POWER SOURCES
On board PWM voltage regulator allows single voltage supply for the board system (DC 5V) and driving different voltage devices (DC 7-24V). - CUSTOM JUMPER PANEL
Jumper Panel for custom IO arrangment.