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June 15, 2000 (v2.1)
QPRO High-Reliability QML Certified and
Radiation Hardened Products for
Aerospace and Defense Applications
The High-
Reliability
Programmable
Logic Leader
Xilinx is the leading supplier of High-Reliability programmable logic devices to the aerospace
and defense markets. These devices are used in a wide range of applications such as
electronic warfare, missile guidance and targeting, RADAR, SONAR, communications, signal
processing, avionics and satellites. The Xilinx QPRO™ family of ceramic and plastic QML
products (Qualified Manufacturers Listing), certified to MIL-PRF-38585, provide system
designers with advanced programmable logic solutions for next generation designs. The QPRO
family also includes select products that are radiation hardened for use in satellite and other
space applications.
The Xilinx QPRO family addresses the issues that are critical to the aerospace and defense
market:
•
•
•
•
Q
ML/Best commercial practices. Commercial manufacturing strengths result in more
efficient process flows.
P
erformance-based solutions, including cost-effective plastic packages.
R
eliability of supply. Controlled mask sets and processes insure the same quality devices,
every time, without variation, which remain in production for an extended time.
O
ff-the-shelf ASIC solutions. Standard devices readily available, no need for custom logic
and gate arrays.
Table 1:
High-Density High-Performance and Radiation-Hardened Products
Family
XC/XQ4000/E/EX
Devices
XC4005/E
XC4010/E
XC4013/E
XC4025E
XQ4028EX
XQ4013XL
XQ4036XL
XQ4062XL
XQ4085XL
XQR4013XL
XQR4036XL
XQR4062XL
XQV100
XQV300
XQV600
XQV1000
XQVR300
XQVR600
XQVR1000
•
•
•
Features
5,000-28,000+ gates
Up to 256 user-definable I/Os
Extensive system features include on-chip user
RAM, built-in 1149.1 test support and fast carry
logic
Up to 180,000 system gates
3.3V, 5V-compatible I/O
XQ4000XL
•
•
XQR4000XL
Radiation
Hardened
Virtex
•
•
•
Up to 130,000 system gates
60K-Rads total dose, latchup immune
Up to 1,000,000 system gates, 2.5V
Virtex
Radiation
Hardened
•
100K-Rads total dose, latchup immune
© 2000 Xilinx, Inc. All rights reserved. All Xilinx trademarks, registered trademarks, patents, and disclaimers are as listed at
http://www.xilinx.com/legal.htm.
All other trademarks and registered trademarks are the property of their respective owners. All specifications are subject to change without notice.
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QPRO High-Reliability QML Certified and Radiation Hardened Products for Aerospace and Defense
The QPRO family provides a wide variety of devices, delivering the industry’s fastest and
biggest devices. The Virtex members of the QPRO family offers FPGAs with densities greater
than 1,000,000 system gates, and even larger devices planned for the future. This broad range
of devices is available in a wide variety of speed and package options. Both military
temperature and full QML/SMD versions are available as standard off-the-shelf products.
Select software cores, such as complete PowerPC peripherals, is also available.
Unmatched
Product
Offering
Products for
Space
Applications
QML
Certification
Part of Overall
Quality Platform
Commitment to
the Aerospace
and Defense
Market
Software and
Core Support
for Xilinx QPRO
High-Reliability
Products
Xilinx offers the industry’s only radiation hardened reconfigurable FPGAs for satellite and
space. These devices are manufactured using an epitaxial wafer process, and have
guaranteed total dose, latch up immunity, and low soft upset rates. These products allow for the
ultimate in design and mission flexibility in a cost-effective manner.
Being certified to MIL-PRF-38535 QML complemented by ISO-9000 certification results in an
overall product quality platform that makes Xilinx a world-class supplier of programmable logic
devices. Designers can confidently design with Xilinx for High-Reliability systems with the
knowledge they are getting unsurpassed quality and reliability, and long-term commitment to
the aerospace and defense market.
Xilinx understands that our customers need to be able to count on their suppliers to be around
for the long-term. Xilinx is committed to the long-term support of the aerospace and defense
market, and we are continually expanding our product portfolio. Because our focus is in the
form of a vertical market concept, we are able to provide emphasis on all of our customer’s
product requirements.
Component Selection
The Alliance™ and Foundation™ Series Xilinx core implementation software tool suites do not
differentiate between Commercial, Industrial, and Military grade components. From the
perspective of the implementation tools these are identical devices with identical architectures
and available programming features. Therefore, there is no designation for QPRO or Radiation-
Hardened devices in the available device selection menus. However, the High-Reliability
product offering does typically include extended package selections to include available
ceramic packages.
To select a Hi-Rel device for implementation the user should specify the commercial equivalent
along with the specific package selection.
Table 2
shows an example of Hi-Rel components
and the corresponding device selections that should be specified in the software.
Table 2:
Hi-Rel Device Selections
Target Device
XQVR1000 CG560-4
XQV300 CB228-4M
XQ4085XL HQ240-1N
(1)
XQR4062XL CB228-3
Device Selection
XCV1000 CG560-4
XCV300 CB228-4
XC4085XLA HQ240-1
XC4062XL CB228-3
Notes:
1. The XQ4085XL is the only XQ4000XL series device that
uses an XLA rather than XL designation.
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QPRO High-Reliability QML Certified and Radiation Hardened Products for Aerospace and Defense
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Speed Grades
When making a device selection in the implementation tools, always select a speed grade that
corresponds to the specific target device. In other words, a “-4” speed grade is still a “-4”
regardless of whether it is a Commercial, Industrial, or Military grade part.
The AC characteristics and guaranteed timing specifications for a given device are specified
per a specific speed grade. However, these parameters do not vary per product grade (i.e.,
Commercial, Industrial, Military, or other). Therefore, a Commercial grade device (C) of a
particular speed grade will have identical guaranteed worst case timing specifications as the
Industrial or Military version (I, M, B, or N) of the same part and same speed grade. However,
this is not the case for best case or minimum delay timing specifications.
Xilinx devices are assigned a speed grade based on the whether or not the device can pass all
the guaranteed worst case timing (maximum delays) for that speed grade. A device that does
not pass all AC parametric tests for the fastest speed grade classification may test successfully
for a slower speed grade classification and subsequently be assigned that grade. Therefore, a
faster device may be categorized to a slower speed grade as long as there aren’t any
associated guaranteed minimum timing delay specifications, or the part successfully meets
such specifications.
Industrial and Military grade devices are tested at a greater junction temperature range than
Commercial grade devices. The commercial range for junction temperature is 0°C to +85°C.
The industrial temperature range –40°C to +100°C, and the military range is –55°C to +125°C.
The military version of a specific device must meet the same timing specifications at +125°C as
the corresponding commercial version at +85°C (for a specific speed grade). For example, a
device that meets all timing specifications for a -6 speed grade at +85°C may only meet the
timing specifications for a -4 speed grade when tested at +125°C. Therefore, the commercial
grade devices will typically have an extended speed grade offering over the availability of
devices tested at extended temperature ranges.
Core and IP Support
Cores and IP modules developed for Commercial grade Xilinx devices may also be
implemented in Industrial and Military grade as well as Radiation Hardened devices. Device
architectures do vary across product grades. However, some cores may have been
characterized for speed grades that are unavailable in the extended temperature ranges.
Additionally, some cores, such as the Xilinx PCI Core Solution, have been characterized for
required minimum timing specifications. In such a case if the Core or IP module has not been
specifically characterized for the extended temperature range then it may not be guaranteed to
operate over the full temperature range of the device. However, such a core would operate
successfully within the temperature range for which it was characterized.
Standard
Microcircuit
Drawing (SMD)
Cross
Reference
XC1700 Products (Serial PROMS)
XC1700 Products
SMD Number
5962-9471701MPA
5962-9561701MPA
5962-9951401QXA
5962-9951401QYA
(Serial PROMS)
XC1765DDD8B
XC17256DDD8B
XQ1701LS020N
XQ1701LCC44B
Speed
Package
DD8
DD8
SO20
CC44
Mark Loc
TOP
TOP
TOP
TOP
June 15, 2000 (v2.1)
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QPRO High-Reliability QML Certified and Radiation Hardened Products for Aerospace and Defense
XC3000 Products
(1,2)
SMD Number
5962-8994803MXC
5962-8994803MNC
5962-8994803MMC
5962-8971303MXC
5962-8971303MZC
5962-8971303M9C
5962-8971303MMC
5962-8982303MXC
5962-8982303MZC
5962-8982303MTC
Equivalent “B” Grade P/N
XC3020-100PG84B
XC3020-100CB100B
XC3020-100CB100B
XC3042-100PG84B
XC3042-100PG132B
XC3042-100CB100B
XC3042-100CB100B
XC3090-100PG175B
XC3090-100CB164B
XC3090-100CB164B
Speed
-100
-100
-100
-100
-100
-100
-100
-100
-100
-100
Package
PG84
CB100
CB100
PG84
PG132
CB100
CB100
PG175
CB164
CB164
Mark Loc
TOP
BASE
LID
TOP
TOP
BASE
LID
TOP
BASE
LID
Notes:
1. All devices listed also available as military temperature only.
2. Do not use for new designs.
XC4000 Products
(1,2)
SMD Number
5962-9225203MXC
5962-9225203MYC
5962-9225203MZC
5962-9230503MXC
5962-9230503MYC
5962-9230503MZC
5962-9473002MYC
5962-9473002MZC
5962-9473002MXC
Equivalent “B” Grade P/N
XC4005-5PG156B
XC4005-5CB164B
XC4005-5CB164B
XC4010-5PG191B
XC4010-5CB196B
XC4010-5CB196B
XC4013-6CB228B
2
XC4013-6CB228B
XC4013-6PG223B
Speed
-5
-5
-5
-5
-5
-5
-6
-6
-6
Package
PG156
CB164
CB164
PG191
CB196
CB196
CB228
CB228
PG223
Mark Loc
TOP
LID
BASE
TOP
BASE
LID
BASE
LID
TOP
Notes:
1. All devices listed also available as military temperature only.
2. Do not use for new designs.
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QPRO High-Reliability QML Certified and Radiation Hardened Products for Aerospace and Defense
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XC4000E Products
(1,2)
SMD Number
5962-9752201QXC
5962-9752201QYC
5962-9752201QZC
5962-9752301QXC
5962-9752301QYC
5962-9752301QZC
5962-9752401QXC
5962-9752401QYC
5962-9752401QZC
5962-9752501QXC
5962-9752501QYC
5962-9752501QZC
Equivalent “B” Grade P/N
XC4005E-4PG156B
XC4005E-4CB164B
XC4005E-4CB164B
XC4010E-4PG191B
XC4010E-4CB164B
XC4010E-4CB164B
XC4013E-4PG223B
XC4013E-4CB228B
XC4013E-4CB228B
XC4025E-4PG299B
XC4025E-4CB228B
XC4025E-4CB228B
Speed
-4
-4
-4
-4
-4
-4
-4
-4
-4
-4
-4
-4
Package
PG156
CB164
CB164
PG191
CB196
CB196
PG223
CB228
CB228
PG299
CB228
CB228
Mark Loc
TOP
BASE
LID
TOP
BASE
LID
TOP
BASE
LID
TOP
BASE
LID
Notes:
1. All devices listed also available as military temperature only as "XQ" products.
2. XC4010E/XC4013E are also available in plastic as "XQ" products, to -3 speed grade.
XQ4000EX Products
(1)
SMD Number
5962-985901NTB
5962-985901NUA
5962-985901QXC
5962-985901QYC
5962-985901QZC
Equivalent “B” Grade P/N
XQ4028EX-4HQ240N
(2)
XQ4028EX-4BG352N
(2)
XQ4028EX-4PG299B
XQ4028EX-4CB228B
XQ4028EX-4CB228B
Speed
-4
-4
-4
-4
-4
Package
HG240
BG352
PG299
CB228
CB228
Mark Loc
TOP
TOP
TOP
BASE
LID
Notes:
1. All devices listed also available as military temperature only.
2. Plastic package.
June 15, 2000 (v2.1)
www.xilinx.com
1-800-255-7778
1-5
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