Over the Seasons mode you can emulate a smartcard with the
PC,
the INTERFACE logger makes the logging of the data possible.
One can
visibly make this over a normal terminal program (9600/8N1)
over the RS232
interface serial port of your computer.
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Smartmouse USB
Phoenix/Smartmouse modes are easily changed with the
software (supplied on CD), and both 3.58MHz, 3.68MHz and 6.00MHz can be
selected, aswell as Phoenix or Smartmouse mode.
The frequency can be selected
manually, or the autodetection feature can be used for easy
setup.
Smartmouse USB is powersupplied by the USB port, so
no external DC-adaptor is needed. Modeselection software and drivers are
included on CD.
Software updates are free of charge, and can
be downloaded from the download page.
Infinity USB
Infinity
USB is connected to and powersupplied by a
USB (Universal Serial Bus) port. Just one standard A-B USB-cable is needed (no
need for an additional DC-adaptor).
Being
USB1.1 compliant and working on both USB1.1 and USB2.0 controllers, ensures
future compatibility.
When
not in use, Infinity USB enters a powerdown state using only 0.06 Watt
(0.5kWh/year).
Infinity
USB programs most popular smartcards on the
market.
Further
cards/combinations of CPU/EEPROM will be added when new cards are available. The
generic hardware/firmware ensures that only a software download will be needed
for adding most new cards.
Infinity
USB is based on a 24MHz RISC processor, and
has some of the fastest programming times of any programmer on the
market.
The
following are times measured while programming and verifying entire
cards.
Goldcard | 12 seconds |
Silvercard | 58 seconds |
JupiterCard | 14 seconds |
Funcard | 48 seconds |
FunCard ATmega161 | 50 seconds |
These
are maximum times. The programming algorithms are optimized in any way possible,
ensuring as short programming times as possible. Hexfiles which only takes up
half the space of a card, takes only half the time to program.
Software runs under Windows 98, Windows 2000,
Windows ME, Windows XP and Windows XP64.
It
has been developed with ease of use in mind, and automatically detects which
type of card is inserted. Furthermore it has an advanced detection algorithm,
for detecting unknown cards.
Funprogrammer USB
Funprogrammer
USB is connected to and powersupplied by a
USB (Universal Serial Bus) port. Just one standard A-B USB-cable is needed (no
need for an additional DC-adaptor).
Being
USB1.1 compliant and working on both USB1.1 and USB2.0 controllers, ensures
future compatibility.
When
not in use, Funprogrammer USB enters a powerdown state using only 0.06 Watt
(0.5kWh/year).
Funprogrammer
USB programs most popular AVR based
smartcards on the market.
Further
cards/combinations of CPU/EEPROM will be added when new cards are
available.
Funprogrammer
USB is based on a 24MHz RISC processor, and
has some of the fastest programming times of any programmer on the
market.
The
following are times measured while programming and verifying entire
cards.
JupiterCard | 14 seconds |
Funcard | 48 seconds |
FunCard ATmega161 | 50 seconds |
These
are maximum times. The programming algorithms are optimized in any way possible,
ensuring as short programming times as possible. Hexfiles which only takes up
half the space of a card, takes only half the time to program.
Software runs under Windows 98, Windows 2000,
Windows ME, Windows XP and Windows XP64.
It
has been developed with ease of use in mind, and automatically detects which
type of card is inserted. Furthermore it has an advanced detection algorithm,
for detecting unknown cards.
Infinity USB Smart
The
brand new Infinity USB Smart is low on cost yet rich in features.
Based
on a driverless USB connection, it creates a virtual COMport on the PC, or a
Linux based host like a DreamBox/STB, enabling a generic Smartmouse / Phoenix
interface, with support for all common clockrates.
New
module based smartcard reader
The
Infinity USB Smart is a new module based smartcard reader, with a new approach
for ensuring a very high level of compatibility and functionality.
The
core functionality is a phoenix/smartmouse interface, compatible with any
Windows, Linux-based system or embedded Linux-based systems like DreamBox,
Set-top boxes (STB) or other industrial controller.
This
is just one of the features of the Infinity USB Smart. The module-based approach
makes it possible to install new modules any other smartcard related
functionality or standalone operation!
The
innovative dome-shaped design with upright card insertion, makes one-hand
operation possible while keeping a small footprint on the desk.
Driverless
USB
Infinity
USB Smart is connected to a PC using a single USB 2.0 connection (backwards
compatible with USB 1.1). Since Infinity USB Smart is based on the HID standard,
no custom drivers are needed, and installation is as easy as inserting the USB
connector.
Phoenix/Smartmouse
(VCP)
The
core functionality of Infinity USB Smart is to provide Phoenix/Smartmouse
compatibility through a virtual COMport (VCP). The VCP has been very thoroughly
tested with most popular applications and cards. Setting up the VCP is done
through the accompanying software, and all popular frequencies (3.58, 3.68 and
6.00MHz) and a boost mode can be selected.
The
user-interface has been translated into the following languages:
English | Danish | German | French | Italian | Dutch |
Icelandic |
Linux
support
VCP
modules are available and ready for the Linux operating system, making it
possible to use the Infinity USB Smart on both Linux-based PCs, or with embedded
systems. Industrial controllers, Set-top Boxes (STB) like DreamBox or any other
Linux embedded system with USB host controller can be used.
Module
based
Infinity
USB Smart is module based, with separate firmware based modules. This means that
the new firmware modules can be installed and downloaded to the hardware when
new functionality is needed.
Currently
modules for use with Linux embedded systems are ready for download, and more
will be available later, and on user demand.
Installing
a module is easy with the Infinity USB Smart software, simply choose a module
and press a single button. The modules are complete selfcontained “building
blocks”, working completely independent from the main-module (VCP).
Choosing
between the main-module and user installed modules are done with a small switch
on the bottom of the Infinity USB Smart hardware.
Innovative
design
The
dome shaped design, with an injection-moulded casing in matte white ABS, will
look good on any desk. The smartcard is inserted from the top, making one-hand
operation easy, and leaving just a small footprint on the desk.
A
dual-colour red/green LED indicates the different states of the
programmer.
Additional
software
[Infinity
PasswordSafe / WinLogon]
PasswordSafe
is used for safe and secure password storage and distribution, on standard PIC
or AVR based cards. Up to more than 1000 passwords can be stored on a single
smartcard, and passwords are easily accessed with a custom shortcut key.
PasswordSafe WinLogon can be used for enhancing the Windows logon security, by
storing the Windows logon password on a PasswordSafe card..
Package
contains
Your
Infinity USB Smart will be delivered in a box containing:
·
Infinity USB Smart programmer
·
Fixed transparent USB 2.0 cable (1.8m)
·
Flyer with web-link for software download
Neotion Viaccess Secure NP4 CA Module ACS3.x
Compatible
with any VIACCESS Subscription Cards :
Canal + Canalsat (Smart Card S/N 039…) , Bis TV, AB Sat, Al Jazeera Sport (Hotbird),
Bèrbère TV, In-X-World, …
Beware, this CAM is not compatble with TNT and / or Fransat
cards!
Brand
new upgradeable Viaccess CAM from Neotion, compatible with ANY Viaccess viewing card, includes new
Secure CA (ACS3.x) technology soon to be implemented by many channel providers
such as French broadcaster BIS TV.
Powered
by NEOTION in-house silicon NP4 technology, the NEOTION Plug-n-Play CAM enables
Digital TV sets (iDTV) and Set-Top Boxes to decode TV programmes scrambled in
Viaccess ACS 3.x (compatible with lower version).
Inserted
in the Common Interface (DVB-CI) slot, NEOTION CAM allows customers to simply
benefit from the booming emergence of MPEG-4 / MPEG-2 and HDTV scrambled
channels.
Stream
Type Supported:
- MPEG-2,
MPEG-4, SD and HD
- All
Audio Type (MPEG2, AAC, HE AAC, Dolby etc.)
- Private
Data
- Teletext
Security:
- VIACCESS
Conditional Access System embedded (for MPEG-2 or MPEG-4, SD & HD Pay TV
Services)
- Unique
and protected Authentication ID
- Hardware
crypto accelerators
- Secure
Chipset for application such as pairing (anti card sharing / anti control word
sharing)
- On
chip OTP
Interfacing:
- Plug
and Play & User Friendly
- DVB-CI
high level MMI compliant
- Languages:
English
Standards:
- DVB
Common Interface
- ISO/IEC
EN50221 compliant
- Smart
Card: Full ISO 7816-3
- RoHS
compliant
OTA:
- Upgrade
from MPEG transport stream over the air
- DVB
SSU compliant
Memory:
- Off
chip SDRAM: 256Mbits
- Off
chip Serial Flash: 16Mbits
Size,
Weight & Power Supply:
- PCMCIA
Type II
- 46g
- 5
volts, from any DVB-CI host
Opos Card OS 1.05
Blank smartcard ISO 7816 with multi-OS
Flash: 64
KB
Eeprom: 64 KB
Crypto: RSA, DSA, ECC
Polytron – TST 1200
Satellite reception using an existing terrestrial cable network? Now it is possible:
POLYTRON, the well known specialist for headend applications, is launching a new, and so far unique, solution called Polyselect TST1200 for the reception of digital satellite television with its large diversity of TV channels, including HDTV and PayTV, over existing cable infrastructure. Furthermore, neither cables nor amplifiers nor antenna sockets have to be replaced and the installation could be adapted with nearly no effort in a very short time.
Compared to other solutions the number of subscribers is not limited for example to 8 or 12. Engineering and production of this innovative solution from POLYTRON is “made in Germany”.
TST 1200 is the first signal converter on the market which converts signals from the satellite IF frequency to a terrestrial frequency between 250 and 730 MHz.
The TV channels which should be distributed in houses and residences, are processed in such a way that they can be used with existing coaxial cable networks without any limitations.
After the antenna outlet the signal is re-converted to the satellite frequency by a small device which could be mounted on the existing antenna socket. Now the channels could be received by using common standard satellite receivers as well as television set with integrated settop boxes, either HD or standard resolution. Several receivers can be connected to one antenna socket. Correspondingly, the conversion unit is available in two versions, the TST-C for using directly on the antenna outlet socket and the TST-B as a converter for a whole floor.
The PolySelect TST 1200 is the ideal replacement for analogue headends especially when the analogue signal reception is no more available. Apart from the advantage that the existing network structure can still be used, the TST 1200 from POLYTRON opens up more advantages: Compared to a digital terrestrial television signal, the digital satellite signal offers a considerably higher picture quality through a higher data rate. In comparison with similar QAM and COFDM transcoding solutions, the considerable cost savings can be up to three times. More than that the variety of DVB-C and DVB-T settop boxes is limited. Due to its compact form, the TST 1200 requires only half the space of a conventional headend. Further comparison with a headend shows not least a considerably lower energy requirement.
The TST 1200 converts up to 12 digital DVB-S or DVB-S2 transponders – including several TV and Radio channels – from the satellite signal frequency into the frequency range of 250 to 730 MHz. With the TST-C or the TST-B the signal is reconverted into the standard satellite IF frequency range of 1200 to 1680 MHz. The required power for the two converters is supplied by the connected satellite receiver.
For the retailer or the installer, the installation and operation of the TST 1200 is very easy in handling by either using the programming software on notebook or PC platform by USB connection, or manually using the integrated control panel. Simply choose the input signal for each of the 12 transponder, set the frequency of the desired transponder and, if necessary, adjust the level. No more special parameters for digital satellite signals are required. The TST 1200 has four inputs for satellite IF signals provided by one to four different satellites. They can be connected over internal multi switches to the respective converter. The self-installing software which is attached to the TST1200 base unit is also available on the POLYTRON website for download.
The TST 1200 converts 12 digital DVB-S / DVB-S2 transponders out of the SAT IF layer intothe frequency range of 250 to750 MHz.
Then the signals can be transmitted via existing, terrestrial(tree type) networks. The reconversion back into the SAT IF range of 1.200 to 1.700 MHz is done by an antenna socket adaptor in the residential unit. If a proper network exists, the reconversion back into SAT IF can be done for the whole floor, too.
By usage of a switching antenna socket adaptor the TST 1200 can be added to an existing single cable solution.
The TV programs can be watched using a satellite receiver or TV with integrated satellite receiver, no matter if SDTV or HDTV!
- reception of 12 SAT trans
- ponders via terrestrial networks
- reception of SDTV and HDTV
- standard satellite receivers sufficient
- programmable with PC via USB port
- no need to change existing components
Field of application
- existing (tree type) network has to be preserved
- economically priced alternative to DVB-C/-T headends
- replaces analogue headends
- alternative to cable tv
- addition to single cable solutions
Technical Data
- Input frequency range 950-2150 MHz
- LNC DC supply 12V / max. 250mA
- Input level 60-70 dBµV
- Output frequency range 250-750 MHz
- Output level max. 90 dBµV
- Gain switchable 13 dB / 18 dB
- Connections F
- Impendance 75 Ohm
- PC interface USB
- Operating voltage 190-265 V / 50Hz
- Power consumption 30W
- Operating temperature 0-50 °C
- Dimensions (W x H x D) 400 x 335 x 70mm
sus4 DiSEqC 2 in 1 Switch incl. weatherproof enclosure
Input/Output: | 2 in/1 out |
Frequency range: | 850~2250 MHz |
Tranmission loss: | 2.5 dB |
Cross decoupling: | 25 dB |
power consumption: | 30 mA |
Direct current brownout: | 0.15 V |
max. DC outlet: | 450 mA |
Trigger critereon: | DiSEqC 2.0 auto |
150Mbps Wireless USB Adapter for Dreambox
unrivaled wireless performance for your computer. With a faster wireless
connection, you can get a better Internet experience, such as downloading,
gaming, video streaming and so on.
can perfectly interoperate with all the 802.11n/g/b devices. The TL-WN721Ns
auto-sensing capability allows high packet transfer rate of up to 150Mbps for
maximum throughput.
create a wireless connection with effortless security setup, to prevent outside
intrusion and protect your personal information from being exposed.
adaptability, as well as strong security, the USB Adapter is a perfect solution
for small office and home needs.
- 150Mbps wireless transmission rate
- Provides two methods of operation: Infrastructure and Ad-Hoc
- Quick Secure Setup, complies with WPS for worry free wireless security
- Supports 64/128-bit WEP, complies with 128 bit WPA standard(TKIP/AES),
supports MIC, IV Expansion, Shared Key Authentication, IEEE 802.1X - Supports Sony PSP for online game
- Supports Windows 2000/XP/Vista/7
Seamlessly compatible with 802.11b/g/n
devices