KIT CONTENTS: • INfinity 510 Worldwide UHF RFID Reader
• INfinity 510 Power Supply
• INfinity 510 Interface Module
• Two Worldwide, Circular Polarized Antennae
• Two 3m Antenna Cables
• Interface Module Power Cable
• Interface Module Digital I/O Cable
• 2m Cross-over Ethernet Cable
• 2m RS-232 Cable
• AC Power Cable
• Sample Gen 2 RFID Tags
• Reader Setup Tool
• RAPID™ Java and .NET Libraries
• Documentation
The DK-510-1 RFID development
kit is an easy to use, cost effective tool for
evaluating the performance of the INfinity 510 Gen 2 reader in a lab or actual
application environment. The kit contains all necessary components to create
a fully functional RFID reader solution. With the DK-510-1, you will be able
to be install and confi gure a system and begin testing applications within
minutes.
The DK-510-1 contains
an INfinity 510 worldwide reader, an IM-510-1
interface module, 2 antenna, and all necessary cables to connect the system
components. In addition, the INfinity 510 Reader Setup Tool, and RAPID
libraries are included to speed confi guration and application development for
the INfinity 510.
The INfinity 510 redefines
the state-of the-art for RFID readers. This powerful
UHF reader system is designed for enterprise class applications and features
best-in-class air interface performance. The INfinity 510 was designed from
the ground up to provide worldwide regulatory support from a single
Robust Dense Reader
Support
The INfinity 510 is built around radio and modem subsystems engineered to handle
high levels of
interference, environmental noise and RFID activity. Support for Gen 2 Dense
Interrogator Mode (DIM)
in both FCC and ETSI regulatory environments aids tag read/write processes in
large-scale
deployments, while features such as advanced singulation algorithms and robust
interference rejection
go beyond DIM standards to optimize read rates and air interface performance
in a wide range of user
scenarios.
Embedded Application
Platform (EAP)
The new Sirit reader also offers a resident virtual machine for Java applications,
a high-performance
Intel® XScale® 520 MHz control processor – the fastest processor
in an RFID reader today -- and the
market’s largest application memory, enabling middleware and/or custom
applications to be offloaded
from the enterprise network to the reader itself for faster response times and
better utilization of
network bandwidth. The platform supports operations such as advanced tag filtering,
reader
synchronization, triggering of conveyor gate openings, or lamp activation cues
for forklift operators.
With upgrades, the unit can house up to 80MB of application DRAM and 80MB of
application flash
reserved exclusively for these embedded applications and has been designed to
accommodate memory
footprints of up to 208MB.
Streamlined Installation
and Management
An array of features built into the INfinity 510 simplifies configuration and
maintenance for both smalland
large-scale deployments. Installation wizards and the ability to synchronize
configurations by
reader profile speed deployment. Real-time device monitoring, including diagnostic
and statistical
reporting tools with user-configurable alarms, makes it possible to proactively
track reader health. In
addition, remote firmware upgrade functionality enables administrators to apply
a single firmware
release package to a group of readers without the need to upgrade each device
manually.
Operating
Characteristics
| Management
Features |
Rich
array of diagnostic and statistical reporting tools, user-confi gurable
alarms, and a host of management features based on industry standard
protocols. Allows seamless integration into existing IT infrastructures. |
| User
Applications |
Java-based
application framework that can be used to extend the reader
capability, especially for complex enterprise requirements. Middleware
and RFID framework solutions built for edge devices can also be hosted in
the reader. |
| Air
Interface |
High performance
radio and modem subsystems employing
sophisticated DSP technology and advanced singulation algorithms that
optimize read rates in a wide range of end-user applications. |
| Adaptive
Noise Features |
Intelligent
algorithms within the INfinity 510 automatically enable the
modem to adapt to the instantaneous noise and interference level, thus
optimizing air interface performance and robustness for a wide range of
deployment scenarios. |
| Upgradeability |
Upgradeable
firmware permits forward compatibility for future protocols. |
Specifications
| Frequency |
UHF 860 Mhz to 960 MHz |
| Supported
Transponders |
Supports
ISO 18000-6B, Ucode 1.19, and EPCglobal Generation 2 (ISO
18000-6C) with future protocols supported through firmware update. |
| Operating
Mode |
Single Interrogator |
| |
Multiple Interrogator |
| |
Dense Interrogator |
| Communications
|
Ethernet Port
- 10/100, Full/ Half Duplex |
| |
Ethernet Port
- Wi-Fi 802.11 (planned) |
| |
Serial Port
- EIA/TIA-232-F |
| |
Serial Port
- 115 kBaud with hardware handshaking (RTS/CTS), DCE |
| GPIO |
Digital Input/Output
Port |
| |
4 –
optically coupled inputs, 25V max. Controllable input reference |
| |
4 –
open-collector outputs, 3-40V, 1W max |
| RF
Power |
+33 dBm,
conducted |
| Input
Power |
12 to 24 Vdc
(60W max) |
| |
85 to 265
Vac, 50-60 Hz (optional) |
| Antenna
Connection |
(4) TNC connections
(reverse polarity) |
| Upgradeable
Firmware |
Yes |
| Operating
Temperatures |
-20°C
to 60°C (-7°F to 140°F) |
| Relative
Humidity |
5 to 95%,
non-condensing |
| Dimensions
(LxWxD) |
22.0 x 30.0
x 5.6 cm (8.66 x 11.81 x 2.20 in.) |
| Weight |
2.05 (4.5
lbs) ` |
| Regulatory |
FCC Part
15, IC RSS-210, EN 55022, EN 300 220, EN 302 208, EN301 489,
EN50354, EN 60950 |
| Case
Material |
Aluminum |
© Copyright 2006 Sirit, Inc.,
All rights reserved.
|