InfiniiVision 7000 Series Customer Presentation InfiniiVision 7000 Series Oscilloscopes Public...

InfiniiVision 7000 Series Customer Presentation

InfiniiVision 7000 Series Oscilloscopes

Public Intro: February 25, 2008


Agilent’s Scope PortfolioIncluding February 2008 Intros

DCA-J Series

8000 Series7000 Series

5000 Series

3000Series

U1600ASeries

6000 Series

90000 Series

Infiniium

Engineered for best signal visibilityHandheld & Economy

InfiniiVision

Performance & analysis

InfiniiVision 7000 Series Customer PresentationInfiniiVision 7000 Series Customer Presentation

Fastest Growing Scope Vendor: Agilent

0%

2%

4%

6%

8%

10%

12%

14%

16%

18%

Oscilloscope Revenue Growth (2002-2006 CAGR)

Agilent

LeCroy

Tektronix

"From 2002 to 2006, Agilent grew their share of the oscilloscope market nearly twice the rate of Tektronix.”

-Prime Data: Sept 2007 T&M Report


Infiniium DSA/DSO 90000AFebruary 1 intro

Superior Signal Integrity. Deep Application Analysis. Better Insight.

THE Industry's…… Lowest Noise Floor… Deepest Memory (1Gpts)… Fastest Hardware Trigger System… Fastest Off-Load Speed (remote)… Largest Front-Panel Display… Fastest measurement speed

The world’s deepest acquisition memory (1Gpts) and the world’s first hardware/software integrated triggering system (InfiniiScan Plus)


Variety of Form Factors (Attractive)

7000 Series: industry’s largest display (12.1” XGA) and small footprint (6.5”).

6000 Series: Traditional rugged form factor. Battery operation for mobile use.

5000 Series: Small and compact for use anywhere

6000L Series: 1U high version for rack-mount applications.

Fast & Responsive (Fast)

Industry’s fastest update rate, 100,000 waveforms/sec• Responsive to user inputs• See subtle signal details

• Better view of jitter• Superior for modulated signals

• Capture infrequent events• Engineered to be fast even with memory, serial decode or MSO enabled.

Agilent InfiniiVision Oscilloscopes 5000, 6000, and 7000 Series 100MHz – 1 GHz,

7000 Series 6000 Series 5000 Series 6000L Series

Insightful Applications (Smart)

RS232/UART: GP Serial

Segmented: For bursted data

Off-Line Analysis: PC analysis

Power: measurements & analysis

I2C/SPI: it’s everywhere!

CAN/LIN: automotive and more

FlexRay: emerging auto standard

FPGA: Core assisted debug

Special Use: battery, web, secure

ATE: L Series form factor & drivers

VSA: Wide band spectrum analysis


InfiniiVision 7000 SeriesWorld’s best-in-class representation of signals under test February 25 introduction

Attractive: 12.1” display, 6.5” depth

Fast: up to 100K update rate, with hardware accelerated serial decode

Smart: Broad insightful apps including new:

RS232/UART Segmented memory Offline

Viewing/analysis Power analysis


InfiniiVision 7000 Series

Scope BandwidthScope

ChannelsLogic

Channels Memory PriceDSO 7032A 2 8 Mpts 6,950$ DSO 7034A 4 8 Mpts 8,850$ MSO 7032A 2 8 Mpts 9,000$ MSO 7034A 4 8 Mpts 11,300$ DSO 7052A 2 8 Mpts 9,300$ DSO 7054A 4 8 Mpts 11,050$ MSO 7052A 2 8 Mpts 13,300$ MSO 7054A 4 8 Mpts 14,500$ DSO 7104A 4 8 Mpts 13,950$ MSO 7104A 4 16 8 Mpts 17,900$

350 MHz

500 MHz

1 GHz

16

16

Standard 3-year warranty

OptionsSW applications (8)Soft Carrying caseRackmount


Industry Comparison350 MHz, 500 MHz, 1 GHz

Attractive12.1” display with 256 levels of intensity

Fast- 100K update rate max (with analog, digital, & serial)

Smart-Apps: I2C, SPI, CAN, LIN, RS-232/UART, FPGA- Not on Tek 4K: Offline, power, segmented memory, DSO MSO upgrade

10.4” display with 16 levels of intensity35K max update rate

•125 update rate with digital channels •18 with digital channels & 10Mpts

Applications limited to: I2C, SPI, CAN, LIN, RS-32/UART, FPGA,

WaveInspector


Tek MSO4000 Agilent InfiniiVision MSO7000

Both scopes capture infrequent occurrence, but …next slide shows what happens when digital channels are turned on.

Measurement Comparison #1 – Analog Only


Tek MSO4000

Tek MSO longer captures glitch even though we know it is there.

Agilent InfiniiVision MSO7000

Measurement Comparison #1 – Digital Enabled

Agilent architecture enables analog, digital and serial with no measurement tradeoffs.


Why Does This Happen?

Acquire time

Processing time (dead time)

Repetitively Repeat

Acquire time fixed (with constant memory depth and sample rate)

Dead time increases with slower update rates

Tek Architecture

Display Memory

Waveform Plotter

Memory Controller

Acquisition Memory

4 Separate ICs

Increased inter-chip communication time plus software serial decode means slower update rates

Agilent Architecture

Display Memory, Waveform Plotter, Memory Controller, and Acquisition Memory IC

Single IC optimizes updating of analog, digital and serial info.


1. BEST scope responsiveness and usability

2. BEST scope display quality and signal representation

3. BEST scope probability of capturing infrequent events

InfiniiVision Waveform Update Rate


Challenge:

Display glitch that occurs 25 times per second .

Glitch

Jitter

Oscilloscope Measurement Comparison

Glitch

Jitter


No Glitch

Jitter

Same Measurement: Change Timebase 40ns20ns

Challenge:


Glitch

Jitter


No Glitch

Jitter

Back to 10Kpts: Add digital (MSO) Channels

Challenge:


Glitch

Jitter


Jitter

Same Measurement: Change Memory Depth

Challenge:


No GlitchGlitch

Jitter


Challenge:

Display CAN error frame that occurs once every 50 cycles (2% error rate)

NO Error Frame

Serial Decode Measurement Comparison

Error Frame


Update Rate Comparisons

Agilent Confidential Month

##, 200X

Memory Depth*

Time base

Digital Ch.

Serial Decode

TEK MSO4104A

Agilent MSO7104A

Initial test 10Kpts 20 ns/div - - 41,000 95,000Change timebase 10Kpts 10 ns/div - - 2,700 95,000Add digital channels 10Kpts 20 ns/div On - 125 95,000Increase memory setting 10Mpts 20 ns/div On - 18 95,000Turn on Serial

decode 10Mpts 20 ns/div On On 0.2 95,000*Agilent memory depth selection is automatic. Memory depth = display window * sample rate with up to 8Mpts

Scope Settings Update rate (waveforms/sec)


Tek MSO/DPO4000 vs Agilent 7000

Engineered for the BEST signal visibility• When zooming in to see the signal closer• When deep memory detail is needed• When MSO capability is enabled• When Serial Decode is desired

• At first glance, a comparable scope.

• Compromised update rate impacts signal visibility


World’s best in class representation of signals under test.

• Biggest screen, joins other form factors

• Fastest update rate in class

– Responds instantly

– Captures critical signal detail

– Catches infrequent events

• Hardware accelerated serial decode + more apps

InfiniiVision MSO/DSO7000A

Pricing & Availability:Intro: February 25, 2008Starting at $6,950 USD

More info is available at www.agilent.com/find/7000presentation


Backup


InfiniiVision Application Options



Smart: Insightful applications.

• Applications include:• Serial Decode/trigger (Industry’s only hardware accelerated serial decode)

– RS-232/UART

– I2C & SPI

– CAN/LIN

– FlexRay

• Rapid core-assisted FPGA debug

– MSO dynamic probe for Xilinx devices

– MSO dynamic probe for Altera devices

• InfiniiVision offline analysis

• Segmented memory

• Power analysis

• Vector signal analysis


RS-232/UART Support (option 232 or N5457A)Compatible with all 4-channel InfiniiVision DSOs & MSOs$1,250

• Support: all InfiniiVision 4-ch models (5000, 6000, & 7000 Series)For: Oscilloscope users who need to trigger on and/or decode RS-232 or other UART serial buses in their designs

Product Description: Protocol trigger and hardware-accelerated protocol decode

•Supports 5000, 6000, & 7000 series•Decode in binary, HEX or ASCII•Trigger capability on one byte

•Tx Start Bit, Tx EOP, Tx Data, •Rx Start Bit, Rx EOP, Rx Data•Parity error•Qualified triggering (<, >, =, /=)

•Real time counters•Errors, Rx Packets, Tx Packets


I2C and SPI Decode (option LSS or N5423A)Compatible with all 4-channel InfiniiVision DSOs and MSOs$1,250

• Support: all InfiniiVision 4-ch models (5000, 6000, & 7000 Series)For: Oscilloscope users who need to decode I2C or SPI serial buses in their designs

[I2C and SPI triggering come standard with all InfiniiVision products.]

Product Description: Hardware-accelerated protocol decode for I2C and SPI

•Supports 5000, 6000, & 7000 series•Color-code Decode•I2C Triggering

•Start, Stop, Missing Ack, Restart, EEPROM data read, Frame Read w/ data, Frame write w/data, 2 data bytes

•SPI Triggering•4- to 32- data pattern•Framing on CS or timeout


CAN & LIN Trigger & Decode (option AMS or N5424A)Compatible with all 4-channel InfiniiVision DSOs and MSOs$1,250

• Support: all InfiniiVision 4-ch models (5000, 6000, & 7000 Series)Decode CAN or LIN serial buses. CAN triggering comes standard with all InfiniiVision products.

Product Description: Protocol trigger and hardware-accelerated protocol decode for CAN and LIN

•Supports 5000, 6000, & 7000 series•Trigger capability

•SOF•Remote Frame ID•Data Frame ID•Data (11 bits or 29 bits)•Error Frame

•Real time counters•Errors, Rx Frames, Bus Utilization


FlexRay Trigger & Decode (option FRS or N5432A)Compatible with all InfiniiVision 4+16 MSOs$3,000 (requires VPT1000 Vehicle Protocol Tester for FlexRay)

Product Description: Protocol trigger and hardware-accelerated protocol decode for FlexRay

•Supports 6000 & 7000 series• Time slot/segment boundaries• Triggering:

•Base/Rep Cycle Filtering•Frame ID, Frame Type •Time slot/segment•Extensive Error Triggering

•Real time counters•Rx Frames, Sync Frames, Null Frames

Trigger on and decode FlexRay serial buses.


Product Description: Rapid FPGA debug using on-chip MUX core.

1.Quickly access internal FPGA signals2.Access new sets of internal signals in seconds using minimal pins without stopping design or changing device timing.3.Automated setup MSO

1. Signal & busing naming2. Threshold level

4.Also supports download of .bit & .sof files.

FPGA Dynamic ProbeCompatible with all InfiniiVision MSOs$1,535

Connect via USB, LAN or GPIB

Rapid debug of systems with Xilinx or Altera FPGAs.


InfiniiVision Offline Analysis (B4610A)Compatible with all InfiniiVision DSOs and MSOs$500

1. PC-based viewing and analysis of previously acquired scope data

2. Sharing of scope data with remote team members

Offline Analysis

Product Description: PC-based offline viewing and analysis of previously acquired scope data (analog and digital, no serial) •Supports 5000, 6000, and 7000 Series

•Pan/Zoom to view and mark data•Advanced searching and filtering•Unlimited number of time markers•Unlimited number of voltage markers•Listing display•Rich symbol support


Segmented Memory (option SGM or N5454A)Compatible with all InfiniiVision DSOs and MSOs$1,250

Better memory utilization to capture periods of activity separated by periods of inactivity (laser pulses, radar, serial packet bursts):

Product Description: Optimizes memory for data stream that have long dead times between acitivity.

•Supports 5000, 6000, and 7000 Series•Up to 2000 memory segments•Trigger condition starts segment acquisiton•Displays overlayed segments with current segment highlighted.•Works on analog, digital, and serial


Product Description: Application software that measures, analyzes and reports power supply characteristics.

•Supports 6000, and 7000 Series•Test Suites:

Input Line, Switching Device, Output, Modulation Analysis, Deskew

•Test Modes:Online (scope connected) Offline (scope not connected)

Power Measurement Application (U1881A)Compatible with all 6000 & 7000 DSOs and MSOs$1,500

Connect via USB, LAN or GPIB

For: Switching power supply designers, test engineers, application engineers and embedded designers who need to make power analysis measurements.


Product Description: 89601A DSP-based software takes the digitized signal data provided by the scope and1.Wide bandwidth digital modulation analysis

• WCDMA, CDMA2000, etc2.Wireless networking signals like

• 802.11 WiFi and 802.16 WiMax, etc.

3.Wireless personal area networks like• certified wireless USB,

Bluetooth, RFID.

89601A Vector Signal AnalysisCompatible with all InfiniiVision 6000 & 7000 DSOs and MSOs

Uses continual direct connection via USB or LAN

Capture and evaluate ultra-wideband signals (i.e. comms, radar, MB-OFDM). Provides flexible extension of scopes ability to digitize wide bandwidth signals with industry-standard RF analysis tool.


Probing

• 10073C passive probes ship with all InfiniiVision 7000 models

• Optional probes

• High bandwidth active probes (also support differential signals)

• High-voltage probes

• Current probes


Achieve

• Faithful reproduction of signal

• Flat frequency response

• Wide dynamic range

• 1130A modular probe architecture

• Automatic probe sense and probe power enabled by AutoProbe interface

• Extreme temperature measurement @-55 to 150 degC with 113xA and N5450A extension cable

1 GHz System Bandwidth (Scope + Probe)Compatible with all DSO/MSO 710x Models

•1130A InfiniiMax 1.5 GHz differential active probe

•1156A 1.5 GHz single-ended active probe


N2780A Series AC/DC Current Probes

Various bandwidths: DC to 2MHz, 10MHz, 50MHz, 100MHz

DC and AC measurements Superior 1% accuracy, high S/N ratio

and flat frequency response for accurate and reliable current measurements

Direct connection to high impedance BNC input of oscilloscope

External power supply N2779A lets you connect up to three N278xAs to a single power supply

Applications: SMPS, motor drive, electronic ballast, line power etc


Probability Theory & Oscilloscope Update Rates


Rolling Dice and the Laws of Probability

PN = Probability of obtaining a specific die side after N rolls

Example:What is the probability of obtaining at least one “6” if you roll a 6-sided die 6 times?

Answer: P6 = 100 x (1 – [5/6]6)= 67%

PN = 100 x (1 – [(S-1)/S]N)

= 100 x (1 – P1N), where...

= (S-1)/S, where S = number of sides on the die

P1 = Probability/100 of NOT obtaining a specific die side after 1 roll


• R = 100 anomalous events per second

• W = 50 nanosecond display window (10 div x 5 ns/div)

• t = 5 second observation time

• then S = 1/RW = 200,000

• Pt = 100 x (1 – [(S-1)/S]N = 100 x (1-[199,999/200,000]N)

•

Glitch Capture Probability Examples

200,000 sided die200,000 sided die

Example #1:Update rate = 100,000 waveforms/secN = U x t = 500,000P5s = 100 x (1-[199,999/200,000]500,000)

P5sec = 91.8%

Example #2:Update rate = 100 waveforms/secN = U x t = 500P5s = 100 x (1-[199,999/200,000]500)

P5sec = 0.25%


Capturing random/infrequent events on an Capturing random/infrequent events on an oscilloscope is analogous to rolling dice! oscilloscope is analogous to rolling dice!

Oscilloscope Capture ProbabilitiesS = Inverse of anomalous event rate (R) relative to display window (W), where...

W = Timebase setting x 10, then...

S = 1/(RW)

N = Number of acquisitions in a given amount of time (t) = U x t, where U = scope update rate and t = observation time

Pt = Probability of capturing anomaly in “t” seconds

= 100 x (1 – [(S-1)/S]N) = 100 x (1 – [1-RW](U x t))


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Time base setting

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dAgilent MSO7054A, 8Mpts opt.

Tek MSO4054A, 10Mpts

Fast Update Rates Are Critical to Finding Elusive Problems

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