PX1011AI-EL1/G,551 NXP Semiconductors, PX1011AI-EL1/G,551 Datasheet
PX1011AI-EL1/G,551
Manufacturer Part Number
PX1011AI-EL1/G,551
Description
PCI-EXPRESS X1 PHY 81-LFBGA
Manufacturer
NXP Semiconductors
Specifications of PX1011AI-EL1/G,551
Applications
PCI Express MAX to PCI Express PHY
Interface
IEEE 1149.1
Voltage - Supply
1.2 V
Package / Case
81-LFBGA
Mounting Type
Surface Mount
Lead Free Status / RoHS Status
Lead free / RoHS Compliant
Other names
568-3616
935282111551
PX1011AI-EL1/G-S
935282111551
PX1011AI-EL1/G-S
Available stocks
Company
Part Number
Manufacturer
Quantity
Price
Company:
Part Number:
PX1011AI-EL1/G,551
Manufacturer:
NXP Semiconductors
Quantity:
10 000
PCI Express PHY
This standalone PCI Express transceiver, available in a very small package, is optimized for use with
digital ASICs and low-cost FPGAs. It delivers superior performance, faster time-to-market, lower
risk, and increased design flexibility.
Key features
4 One x1 physical lane for PCI Express
4 Transmits and receives at 2.5 Gbps
4 Complies with PCI Express v1.0a and v1.1
4 P asses PCI Express v1.1 informational jitter tests from
4 Better than 1x10
4 NXP PXPIPE (8-bit, 250-MHz) PHY-MAC interface
4 Suitable for ExpressCard applications
4 L 0, L0s, L1 power management modes; partial support for
4 Support for spread-spectrum clocking
4 C ommercial-grade temperature range (PX1011A/PX1011B):
4 I ndustrial-grade temperature range (PX1011AI/PX1011BI):
4 Lead-free LFBGA-81 package (9 x 9 x 1.05 mm)
4 Comprehensive support tools
PCI-SIG
– FPGA-compatible SSTL2 Class 1 signaling
– < 300 mW power dissipation in L0 mode, including I/O
– Small, thin 81-pin package
L2, L3
0 to 70 °C
-40 to 85 °C
– Behavioral models for RTL simulation in various tools
– IBIS model for PCB signal integrity analysis
– Detailed PCB layout guidelines
– Multiple third-party design kits available
– Example PCB schematics available
– Boundary scan file available
-12
bit error rate (BER)
NXP x1 PHY single-lane
transceiver PX1011
Design benefits
4 Improves digital ASIC designs
4 Enables low-cost FPGA PCI Express designs
Fast, low-risk digital ASIC designs
The NXP x1 PHY single-lane transceiver PX1011 makes ASIC
development faster and less risky. By isolating the mixed-
signal PHY functions in an external transceiver, the PX1011
lets the ASIC’s digital functions migrate to the latest process
technologies without impacting complex PHY operations.
Increased efficiency of low-cost FPGA designs
The PX1011 also improves efficiency in designs that use an
FPGA. Low-cost, high-density FPGAs don’t typically offer an
on-chip PHY or SERDES. The PX1011 lets designers use an
FPGA to create inexpensive, flexible PCI Express applications
that have customer-specific functions coded into the FPGA.
The result is greater differentiation in a format that is easily
scalable to high-volume, consumer-oriented applications.
– Quickly add proven mixed-signal functionality and
– Reduce overall cost and risk
– Proven interoperability with multiple FPGAs
performance
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PX1011AI-EL1/G,551 Summary of contents
Page 1
... L 0, L0s, L1 power management modes; partial support for L2 Support for spread-spectrum clocking 4 C ommercial-grade temperature range (PX1011A/PX1011B ° ndustrial-grade temperature range (PX1011AI/PX1011BI): - °C 4 Lead-free LFBGA-81 package ( 1.05 mm) 4 Comprehensive support tools – Behavioral models for RTL simulation in various tools – IBIS model for PCB signal integrity analysis – ...
Page 2
High-performance, low-power operation The PCI Express standard specifies a maximum transmitter peak-to-peak jitter of 120 ps. The PX1011 delivers excellent transmit jitter and receive performance, with a bit error rate of better than 1x10 . -12 The PX1011’s MAC interface ...
Page 3
... Elastic buffer 10 Serial to parallel Data recovery circuit CLK generator REFCLK I/O REFCLK_P REFCLK_N RX_P Ordering Information Type Number PX1011A-EL1/G PX1011A-EL1 PX1011AI-EL1/G PX1011B-EL1/G PX1011BI-EL1/G VDDD3 digital supply voltage 3 VDDA1 analog supply voltage 1 Min Typ Max 1.2 V 1.25 V 1.3 V 1.15 V 1.2 V 1.3 V ...
Page 4
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