SWISS

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0.25

9 W

/kg

1.13

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1.12 W/kg 0.412 W/kg 0.407 W/kg 0.535 W/kg

1 (8

90.2

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z)

62 (

90

2.4 M

Hz)

124 (914.8 MHz) 1 (890.2 MHz) 62 (902.4 MHz) 124 (914.8 MH

z)

G

SM 90

0 (89

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GSM 900 (890 – 915)

GSM

GSM

Batt

ery B

Battery B

124 (914.8 MHz) 62 (902.4 MHz) 1 (890.2 MHz) 124 (914.8 MHz)

62 (9

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MHz)

1 (8

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GSM

900 (890 – 915)

GSM 900 (890

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15)

GSM

G

SM

Battery A

Batte

ry A

5 m

m S

pacer

1

0 m

m S

pace

r

Body Phantom

0.855 W/kg 0.985 W/kg 0.623 W/kg 0.361 W/kg

0

.31

9 W/kg

0.

292

W/k

g

DUT

SPEAG — Schmid & Partner Engineering AG

Schmid & Partner Engineering AG (SPEAG) is a leading developer and manufacturer of the most reliable, efficient, user-friendly, and advanced experimental and numerical tools for the electromagnetic analysis of near- and far-fields from DC to light.

Our proven technology, application expertise, and exclusive customer support are trustedby a diverse and global customer base to solve applications from the simplest to the mostcomplex and to improve EMI/EMC safety in various industries, including telecommuni-cations, medical implant, healthcare, and automotive.

SPEAG invests extensively in research and development to ensure that our products delivermaximum performance and value. Our strategic research alliances with two leading research institutions, the IT’IS Foundation and the Swiss Federal Institute of Technology (ETH), further ensures that we will always provide the most advanced EM products/technology with an unmatched level of reliability and efficiency.

EASY4/MRI — 4 Channel Portable Measurement System

4 Channel Portable Measurement System EASY4 and EASY4MRI are complete standalonemeasurement systems providing high precision, multi-channel electromagnetic near-field,SAR and temperature evaluations. EASY4MRI operates reliably within hostile EM environ-ments as well. Up to 4 probes can be connected via individual Data Acquisition Electronics(DAE) and each measurement channel is characterized individually. The user-friendlysystems perform high precision isotropic measurements from the lower MHz range to above 6 GHz.

Probes / Dipoles

SPEAG provides a variety of highly advanced electromagnetic field and temperature probes, including micro- and pseudo-vector probes. Prototypes of our novel time-domain sensor technology as well as a complete set of standard compliant dipoles for system calibration and validation purposes are also available.

Service

SPEAG provides a wide range of services. The calibration laboratory, which is certified by the Swiss Accreditation Service (SAS) for ISO/IEC 17025 Accreditation and multilaterally recognized by EA, IFA, and ILAC, offers extensive calibration services for probes, antennas,dielectric probe kits, materials, etc. Other services include testing and product integration into larger systems, i.e., production lines, chambers, etc.

Schmid & Partner Engineering AG

Zeughausstrasse 43

CH-8004 Zurich

Switzerland

Phone +41-44-245-9700

Fax +41-44-245-9779

info@speag.com

www.speag.com

LOCAL REPRESENTATIVES

Auden Techno. Corp.

No. 19, Lane 772 Ho-Ping Rd.

Pa-Te City, Taoyuan Hsien, Taiwan

Phone +886-3-3631901

www.auden.com.tw

Auden Techno. Corp.

Room 6401, Building 6, Number 338

Jialilue Road, Zhangjiang Hi-Tech Park

Pudong New Area, Shanghai, China

Phone +86-21-6163-1930-2

www.auden.com.tw

Beacon Technical Sales, Inc.

Everett Executive Suites

12 Murphy Drive, Suite 101

Nashua NH 03062, USA

Phone +1-603-880-0092

www.beacon-tech.com

BNN Communication Engineers

11/11 Sector-III Rajindra Nagar

Sahibabad, Dist. Ghaziabad (U.P), India

Phone +91-120-421-2415

www.bnncom.com

Dymstec Co., Ltd.

Room #1308, Kranz Techno Bldg.

5442-1, Sang-dae-won-dong

Joong-won-gu, Seong-nam-city

Kyunggi-do, 462-729, Korea

Phone +82-31-777-8450

www.dymstec.com

PTT Company Ltd.

2-32-3 Kita-shinagawa, Shinagawa-ku,

Tokyo 140-0001, Japan

Phone +81-3-5781-5130

www.pttco.co.jp

PTT Company Ltd.

Unit 4202, International Chamber

of Commerce Tower,

Yitian Rd, Futian Area,

Shenzhen 518048, China

Phone +86-755-8830-8686

www.pttco.co.jp

Description

DASY52 is the most advanced dosimetric and near-field scanning system designed to meet the needs of a wide range of applications in the telecommunications, healthcare, and automotive industries. Each DASY system is configured to the desired functionality level for individual evaluation needs.

Main Features

· Precise: All components – E-field, H-field, SAR, and RF transparent temperature probes, DAE, 6-axis robot and software algorithms – are optimized for the highest possible precision in near-field evaluations from 10 MHz to > 6 GHz

· Speed: Different pre-defined procedures offer optimal speed for a requested accuracy · Standard Compatibility: All draft and released near-field standards and technical specifications · Flexible: Custom-defined scanning procedures and automatization via Python · Cost-Effective: Optimized packages for standard compliance testing (SAR level) up to high-end

R & D evaluations (NEO level)· Various Probes: Broad frequency range (10 MHz – > 6 GHz), large dynamic range (1 – 2000 V/m),

extreme spatial resolutions of < 1 – 5 mm, polarization information, isotropic (± 0.3 dB), water-tight, rigid · Extensions: 3rd-party probes and measurement devices, including testers, power meters, switches,

signal generators, are easily integrated via Python interface· Report Generator: Facilitates advanced data evaluation and submission· Export: Directly compare with results from SEMCAD X and iSAR / cSAR3D· ISO17025 Calibration: To SPEAG’s high standards

Applications

· Any close near-fields evaluations whenever high precision of field amplitude is required · Test SAR compliance of wireless devices according to IEC 62209-1/2, IEEE 1528, FCC KDB, etc.· Compliance to HAC standards, e.g., ANSI C63.19, TIA 1042· Compliance to IEEE C95.3, EN 50392, EN 50357, etc. (MPE and derived limits of E and H)· MR safety of implants, e.g., ISO TS10974

Description

cSAR3D is our most advanced system for fast SAR evaluation of wireless devices based on a novel sensor concept and advanced reconstruction algorithms to determine all field components within the volumes of head and body phantoms. The software supports various testers and includes an automatic expert system to dramatically reduce costs and resources of compliance testing.

Main Features

· Precise: High absolute measurement accuracy and broad dynamic range (< 0.01 – 100 W/kg) over a broad frequency range (300 – 6000 MHz)

· Speed: Measurement and evaluation time < 1 s· Convenient: Integrated expert system fully automates certification process for wireless devices

and incorporates fast SAR procedures in international standards · Cost Effective: Portable (< 25 kg), easy to install, low maintenance and calibration cost thanks to

advanced sensor model (standard compatible long-term stable gel and low due · Full SAR Information: All field components measured over large regions of the head or body;

full volumetric 3D patterns rendered with advanced reconstruction algorithms · Supports Large Devices: cSAR3D available in Quad size (600 × 400 mm) for larger devices, e.g.,

tablets and laptops· Automated: Built-in user interface for automatic connection and device control through base station simulators; also includes scripting interface to save device settings for automated series testing· Flexible Report Generator: Create documents with tabular and graphical outputs; data from individual

measurements may be saved in various formats, including Excel· ISO17025 Calibration: To SPEAG’s high standards

Applications

· Compliance evaluation of wireless devices and seamless integration with DASY5· cSAR3D Quad for testing laptops, tablets, and other large devices · Evaluate device stability as a function of time· Python interface for automated control of measurement equipment and customized data analysis

Next Generation 3D Compliance SAR SystemDosimetric Assessment System

DASY52

Technologies that Empower

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Center 902.4 MHz 1 ms/

Description

TDS, the latest innovation in near-field sensors, integrates both power-over-fiber and RF-over-fiber technologies in miniaturized fully isolated active optical radio-frequency magnetic or electric field probes.

Main Features

· Broadband: 10 MHz – 6 GHz bandwidth to measure complex signals, including full amplitude and phaseinformation

· Active: Unparalleled probe sensitivity, better than 0.3 μA/m/√Hz and 0.15 mV/m/√Hz · High Dynamic Range: 130 dB range for the most demanding test applications · Optical: Full electrical isolation of sensor cancels all feedback to the device under test, facilitates

characterization and calibration of the sensor · Miniature: Sensor design optimized for near-field measurement applications requiring high spatial

resolution · Standard Connectivity: Can be connected to any RF or intermediate frequency measurement receiver

via a standard 50 Ω RF output· Automated: Remote control available via standard SCPI commands · ISO17025 Calibration: To SPEAG’s high standards

Applications

· Measurement under EM-hostile conditions, e.g., electromagnetic pulse or magnetic resonance imaging · Measurement in the close near-field of radiating or re-radiating structures · High-resolution near-field measurements, e.g., electromagnetic compatibility in sniffing and scanning

applications · Measurement of amplitude, phase, and modulation envelope in communications and signal integrity

applications · Separation of signals at different carrier frequencies in in situ test applications

Description

SEMCAD X, the powerful EM simulation platform, combines FEM, FDTD, and mode-matching methods with the latest hardware.

Main Features

· Precise & Speed: Fastest, most robust, and extensively validated FDTD, FEM, and MM solvers; pioneering hybrid CPU-GPU, CUDA, KEPLER· Easy-To-Use: Novel, interactive, uniquely ergonomic GUI with pipe-

lining, filter / scope, etc.· Customizable: Customization & automation via Python scripting· Convenient: CEM-tool ACIS® 3D modeling engine (QTech, VTK & OGL)· Interactive: Real-time automatic mesher (cartesisan/tet/hexa)· Anatomical Models: Large variety & unique poser · Multi-Scale: Method & scale connectivity via GHA· Flexible: Various material models (sheets, lossy metals, Debye,

Lorentz, Drude, Kerr, Raman)· GA Based Optimization: Multi-variable / multi-goal· Visualization: Novel postprocessing engine for data extraction in

TD / FD (VTK, QTech, streamline, volume, 2D / 3D, movies)· Export: Data transfer via direct interface to cSAR3D, DASY, DAK· Upgrades: Compatible & upgradable to Sim4Life, the leading

Computational Life Science (CLS) multi-physics platform

Applications

· All EM simulations involving human models from DC to light· Virtual prototyping of mobile devices, antenna systems, BAN, etc.· Large body simulation, i.e., automobile, aeronautic, naval, etc.· Analyze/optimize μwave and mm-wave waveguide devices· Optical structures (switches, lenses, bends)

Description

DAK – our product line for dielectric measurements of liquids, solids, and semi-solids – is ideal for all high-precision dielectric measurement applications in the electronics, chemical, food, and medical industries. DAK is designed for fast, precise, nondestructive, and easy-to-perform measurements in the 10 MHz – 67 GHz frequency range. DAKS is the first-ever instrument that can be moved to the media under test to directly measure the dielectric parameters.

Main Features

· Precise: Novel algorithms for high-precision measurements, including correction of electrodepolarization at low frequencies

· Easy-to-Use: Automated, contact-free monitoring of dielectric composition of fluids, material homogeneity · Convenient: Novel flange design achieves reliable contact with liquids, gels, and solids· Cost Effective: 3 probes and 2 shorting blocks cover frequencies 10 MHz – 67 GHz· System Calibration: Shorting block provides excellent contact and high repeatability· Flexible: Compatible with most commercial vector network analyzers (VNA)· Versatile: Enhanced visualization – view your choice of dielectric parameters (ε’, ε”, σ, tanδ) in a variety

of formats (Smith chart, linear chart, log chart, ε” vs. ε’ display, tabular)· Automated Data Analysis: Compare data to target parameters or view tolerance or uncertainty ranges· Customization: Embedded Python script editor enables measurement automation · Export Formats: DASY52 and SEMCAD X tabular formats· ISO17025 Calibration: To SPEAG’s high standards

Applications

· Characterize any materials in electronics, chemical, medical, and food industries· Evaluate standardized reference liquids, e.g., IEC 62209, IEEE 1528, CTIA V3.2, ISO TS10974· Monitor dielectric composition of fluids · Monitor material homogeneity

Descriptions

EM phantoms, our growing family of high-quality anthropomorphically shaped phantoms, are designed for evaluation of OTA, SAR, and MRI performance, and on-body and implant transceiver optimization. The whole-body phantom POPEYE features posable arms, legs, and feet. Customized generic or anthropomorphically shaped homogeneous or non-homogeneous phantoms, e.g., ears, hands with custom grips, torso with lungs, lossy blocks, etc., are available on request.

Main Features

· Precise: Manufactured from carbon-loaded silicon (solids) or low loss composite (shell) with high precision molds, filled with liquid or gel optimized for homogenous dielectric loads· Compatible with Standards: Shape and dielectric parameters compatible with CTIA, IEEE/IEC, 3GPP

requirements· Broad Frequency Range: Application-optimized frequency range 10 MHz – 6 GHz· Posable: POPEYE simulates realistic human postures with simple adjustment of flexible joints · Flexible: Wide range of accessories for precise, repeatable device positioning· Customized Phantoms: Time- and cost-effective production of customized phantoms; liquids and gels with custom-defined parameters· ISO17025 Calibration: To SPEAG’s high standards

Applications

· Optimize and evaluate wireless devices accurately and reproducibly for over-the-air (OTA) performance in anechoic chambers; drive and field tests

· Optimize and evaluate body-area-network (BAN) devices and wireless implants in any plausible usagesituation

· Test SAR with DASY52 via opening in the back, bottom, or front of torso· Evaluate SAR, e.g., for MRI, with implanted probes

Minaturized EM Field Probe Systems for Vector Field Measurements in the RF Domain

EM Phantoms TDS SystemHigh Quality Solid & Shell Phantomsfor RF Evaluations & Optimizations

DAKDielectric Assessment Kit for Fast & Precise Material Characterization

Simulation Platform for Electromagnetic Compatibility, Antenna Design & Dosimetry

SEMCAD X