Integrated Device Technology (IDT)

spw2430

Akros SiliconBy Soberton, Inc.With GigaDevice

Shutterstock 84787564hover background

The use of the 2.4-GHz industrial, scientific, and medical (ISM) band has been growing at a tremendous pace. Once thought of as unpopulated territory, the 2.4-GHz band is now cluttered with IEEE 802.11-compliant wireless LAN (WLAN) systems, Bluetooth devices, Home-RF solutions, cordless phones, and a flurry of other unlicensed wireless systems.

Ceramic capacitors containing palladium had substantially higher price tags than those containing base metal,” Zogbi noted. Also, tantalum replacement devices such as high-capacitance ceramics and low equivalent series resistance aluminum electrolytic capacitors are also hard to get, he said.

The 2.4-GHz traffic jam

Puma Technology, a provider of mobile device management andsynchronization software, enables consumers, mobile professionals,and information technology officers in the corporate enterprise toharness the full capabilities of handheld organizers/computers,smart phones, and other wireless personal communication platforms.Its software product lines connect consumers, mobile professionals,the extended corporate enterprise, and intranet services to PalmComputing's platform and Windows CE handheld devices, telephonydevices, and other handheld and small data communication devices.In addition, the company's technology will soon deliver on- andoff-line Web browsing to handheld devices.

Henkel/LOCTITE

RNR55E7503FRRSL_Datasheet PDF

Siglent TechnologiesBy Lapp GroupWith Radial Magnet, Inc.

Ceramic capacitors containing palladium had substantially higher price tags than those containing base metal,” Zogbi noted. Also, tantalum replacement devices such as high-capacitance ceramics and low equivalent series resistance aluminum electrolytic capacitors are also hard to get, he said.

The 2.4-GHz traffic jam

The 2.4-GHz traffic jam

Puma Technology, a provider of mobile device management andsynchronization software, enables consumers, mobile professionals,and information technology officers in the corporate enterprise toharness the full capabilities of handheld organizers/computers,smart phones, and other wireless personal communication platforms.Its software product lines connect consumers, mobile professionals,the extended corporate enterprise, and intranet services to PalmComputing's platform and Windows CE handheld devices, telephonydevices, and other handheld and small data communication devices.In addition, the company's technology will soon deliver on- andoff-line Web browsing to handheld devices.

As a result, it is extremely difficult for compilers torecognize those parts of the C++ code that are DSP class operationsand to map them onto appropriate target DSP instructions. Mostcompilers will simply treat the C++ emulation of a DSP classoperation as standard C++, and generate much less efficient codefrom it. This compounds a problem that already exists with C++compilers, in that because of the added complexity of the C++language, these compilers already tend to generate less efficientcode than standard C compilers.

Renesas Electronics America

220 volt to 24 volt transformer

Infineon TechnologiesBy OSRAM Opto Semiconductors, Inc.With Watterott electronic

Puma Technology, a provider of mobile device management andsynchronization software, enables consumers, mobile professionals,and information technology officers in the corporate enterprise toharness the full capabilities of handheld organizers/computers,smart phones, and other wireless personal communication platforms.Its software product lines connect consumers, mobile professionals,the extended corporate enterprise, and intranet services to PalmComputing's platform and Windows CE handheld devices, telephonydevices, and other handheld and small data communication devices.In addition, the company's technology will soon deliver on- andoff-line Web browsing to handheld devices.

As a result, it is extremely difficult for compilers torecognize those parts of the C++ code that are DSP class operationsand to map them onto appropriate target DSP instructions. Mostcompilers will simply treat the C++ emulation of a DSP classoperation as standard C++, and generate much less efficient codefrom it. This compounds a problem that already exists with C++compilers, in that because of the added complexity of the C++language, these compilers already tend to generate less efficientcode than standard C compilers.

In one approach, SoC designers use channels to link cores.Channels date back to traditional system architectures, such as IBMmainframes, where they provided a mechanism to connect peripheralssuch as mass storage. The concept behind these channel-basedapproaches translates well to SoC development: instead of forcingthe use of bus structures, channel-based mechanisms can simplifyhigh-throughput connections such as those between processor coresand memory blocks. In most SoC-based embedded systems, the objectis to receive the data into the memory at the input peripheralspeed, process it as quickly as possible, and transmit theprocessed data from memory at the output peripheral speed. Theavailability of high-bandwidth channels for input, output, andprocessor to the memory not only meets the system requirements butalso simplifies the SoC design, integration, and verification.

CAIG Laboratories, Inc.

H8MMS-6036G_Datasheet PDF

StewardBy Pokit InnovationsWith Amphenol SV Microwave

As a result, it is extremely difficult for compilers torecognize those parts of the C++ code that are DSP class operationsand to map them onto appropriate target DSP instructions. Mostcompilers will simply treat the C++ emulation of a DSP classoperation as standard C++, and generate much less efficient codefrom it. This compounds a problem that already exists with C++compilers, in that because of the added complexity of the C++language, these compilers already tend to generate less efficientcode than standard C compilers.

In one approach, SoC designers use channels to link cores.Channels date back to traditional system architectures, such as IBMmainframes, where they provided a mechanism to connect peripheralssuch as mass storage. The concept behind these channel-basedapproaches translates well to SoC development: instead of forcingthe use of bus structures, channel-based mechanisms can simplifyhigh-throughput connections such as those between processor coresand memory blocks. In most SoC-based embedded systems, the objectis to receive the data into the memory at the input peripheralspeed, process it as quickly as possible, and transmit theprocessed data from memory at the output peripheral speed. Theavailability of high-bandwidth channels for input, output, andprocessor to the memory not only meets the system requirements butalso simplifies the SoC design, integration, and verification.

MEC switches

100 ohm resistor color code

Lighting Science GroupBy IXYS Integrated Circuits Division / LittelfuseWith Flambeau, Inc.

In one approach, SoC designers use channels to link cores.Channels date back to traditional system architectures, such as IBMmainframes, where they provided a mechanism to connect peripheralssuch as mass storage. The concept behind these channel-basedapproaches translates well to SoC development: instead of forcingthe use of bus structures, channel-based mechanisms can simplifyhigh-throughput connections such as those between processor coresand memory blocks. In most SoC-based embedded systems, the objectis to receive the data into the memory at the input peripheralspeed, process it as quickly as possible, and transmit theprocessed data from memory at the output peripheral speed. Theavailability of high-bandwidth channels for input, output, andprocessor to the memory not only meets the system requirements butalso simplifies the SoC design, integration, and verification.

In one approach, SoC designers use channels to link cores.Channels date back to traditional system architectures, such as IBMmainframes, where they provided a mechanism to connect peripheralssuch as mass storage. The concept behind these channel-basedapproaches translates well to SoC development: instead of forcingthe use of bus structures, channel-based mechanisms can simplifyhigh-throughput connections such as those between processor coresand memory blocks. In most SoC-based embedded systems, the objectis to receive the data into the memory at the input peripheralspeed, process it as quickly as possible, and transmit theprocessed data from memory at the output peripheral speed. Theavailability of high-bandwidth channels for input, output, andprocessor to the memory not only meets the system requirements butalso simplifies the SoC design, integration, and verification.

MEMSIC

RNR55E30R1FMBSL_Datasheet PDF

ac filtering capacitor

7V-10.000MAAQ-T_Datasheet PDF

Actel

Phasellus egestas accumsan laoreet. Tincidunt ipsum sit amet.
Amphenol Information Communication & Commercial

Oxley

Lorem ipsum dolor sit amet, consetetur sadipscing elitr, sed diam nonumy eirmod tempor invidunt ut labore et dolore magna aliquyam erat. MMD Components

Antenova

At vero eos et accusam et justo duo dolores et ea rebum.
United Monolithic

500k resistor color code

    Loading Tweets..