Solaris unix
Author: g | 2025-04-24
UNIX workstation running the Solaris 7, Solaris 8, Solaris 9, or Solaris 10 version of the Solaris Operating System. UNIX workstation running Red Hat, SuSE/JDS Linux kernel version 2.4
Solaris OS download - Solaris - unix linux community - The UNIX
Back in the late 80s and through the 90s, Unix workstations were super powerful, super cool, and super expensive. If you were making 3D graphics or developing applications, you wanted a high-performance workstation and Sun made some of the best ones. But unless you worked for a huge company, university, or government, they were probably too expensive.More than twenty years later, we have much more powerful and affordable computers, so let's emulate the old systems and see what it was like to run some of the coolest computers you could buy in the 90s. Sun workstations started out running SunOS, based on BSD Unix (like NeXTSTEP), but in 1991 they replaced it with Solaris, based on Unix System V Release 4 (like AIX and HP-UX).The first version of Solaris was actually Solaris 2, and to try and make sense they went back and named SunOS Solaris 1, but in the operating system it still refers to itself as SunOS. So Solaris 1 is SunOS 4, and Solaris 2 is SunOS 5, and Solaris 2.6 that we'll run is SunOS 5.6. Confused yet?Ignore the naming conventions and just know that we'll run Solaris 2.6 from 1997. For comparison, at that time a PC would be running Windows 95 and Apple released Mac OS 8 the same year. You'll need:The latest version of QEMU, for this guide version 3.1.0 worked well.A system to run it on - Windows, Linux, or MacSolaris 2.6 ISOFor added fun, a Sun Type 5 keyboard converted to
Solaris ISO image - Solaris - unix linux community - The UNIX
Additionally, Sun will make its Solaris version of Unix compatible with Linux, one of several steps likely to please ?open source? advocates. Stephen Shankland worked at CNET from 1998 to 2024 and wrote about processors, digital photography, AI, quantum computing, computer science, materials science, supercomputers, drones, browsers, 3D printing, USB, and new computing technology in general. He has a soft spot in his heart for standards groups and I/O interfaces. His first big scoop was about radioactive cat poop. Expertise Processors | Semiconductors | Web browsers | Quantum computing | Supercomputers | AI | 3D printing | Drones | Computer science | Physics | Programming | Materials science | USB | UWB | Android | Digital photography | Science CredentialsShankland covered the tech industry for more than 25 years and was a science writer for five years before that. He has deep expertise in microprocessors, digital photography, computer hardware and software, internet standards, web technology, and more. Sun Microsystems is helping the Linux community port itsUnix-like operating system to Sun's UltraSparc platform, the companyannounced today.In addition, Sun will make Solaris OS compatible with Linux, "so that customers can take advantage of the breadth ofnew Linux applications within the...Solaris environment," the company said in a statement. Solaris, a "flavor" of Unix, runs on Intel computers as well asSun's own hardware.The Palo Alto, California, company also said Sun resellers will offer computer systems with both Solaris and Linux.Sun has worked with the Linux community to translate Linux to itsUltraSparc platform since joining LinuxInternational in May 1998. However, the effort to bring Linux to theUltraSparc architecture has been going on for years.UltraLinux, based in the CzechRepublic, has been working since 1995 on a version of Linux forUltraSparc machines, preparing a distribution called UltraPenguin. Separately, Red Hat has been distributing a Sparcversion of Linux as part of its Variety Pack.Sun said a list of download sites for the UltraSparc version of Linux wouldbe postedon its Web site, but the list hadn't been posted as of Tuesday afternoon.The Palo Alto company positioned the move as victory for Unix systems, eventhough Linux competes with Solaris."By promoting user choice of Unix operating systems on the UltraSparcarchitecture, Sun further demonstrates its commitment to open standards andencourages the expansion of the overall Unix market," said Ken Okin, vicepresident and general manager of workstation products at Sun.Sun's positioning of Linux as a Unix helper rather than a Solariscompetitor is significant in light of Linux' growing popularity.Microsoft executives have saidLinux competes more with Unix systems than with Windows NT. "From a purelycompetitive point of view, the interaction between Linux and other Unixesis likely to be more of an inflection point than Windows NT," Edmund Muth,enterprise marketing group manager at Microsoft, previously told CNET News.com.Linux is likely to appeal to "people already invested technologically and emotionally inthe Unix camp," he predicted.But analysts have said Linux is competing more with Windows NT as Linuxmakes its way into low-end servers in the business sector.Sun's move to support Linux is one of several announcements todayDifferences of Solaris zone and Solaris Container - Solaris - Unix
Following table:Table 1-5 Hardware Requirements for WindowsComponentHardware Requirements for this ComponentMobile ServerCPU: Pentium III 1 GHzDisk Space: 500 MBRAM: 256 MBMobile Development KitCPU: Pentium III 1GHzDisk Space: 200 MBRAM: 256 MB1.6.2 Software Requirements For WindowsThe software requirements for each component of Oracle Database Lite for Windows NT, Windows 2000, or Windows XP are described in the following table:Table 1-6 Software Requirements for WindowsComponentOperating SystemOther Software RequirementsMobile ServerWindows NT Server 4.0 SP6a, Windows 2000, Windows XP, or Windows 2003When installed on top of Oracle9iAS version 9.0.4 standalone or OracleAS 10g, use JDK 1.4.2 or higherMobile Development KitWindows NT Server 4.0 SP6a, Windows 2000, Windows XP, or Windows 2003When installed on top of Oracle9iAS version 9.0.4 standalone or OracleAS 10g, use JDK 1.4.2 or higherYou should install all of the patches required for the JDK 1.4.2 for the Windows operating system. This is constantly under review and published on the JDK download page on the Sun Microsystems Web site.1.7 System Requirements For UNIX SystemsBefore you install, you must check to see that you have the correct hardware and software necessary for your UNIX machines that use Oracle Database Lite. The requirements for both are detailed in the following sections:Hardware Requirements For UNIX SystemsOperating System Requirements For UNIXSoftware Requirements For UNIX Systems1.7.1 Hardware Requirements For UNIX SystemsTable 1-7 lists the minimum hardware requirements for OracleAS UNIX-based systems.Table 1-7 Minimum Hardware Requirements for UNIX SystemsItemMinimum Requirementdisplay256 color displaySun SPARC CPUSun SPARC Ultra 1 or higherAIX CPUAll AIX-compatible processors (64-bit)HP CPUHP 9000 Series HP-UX processor for HP-UX 11.0 (64-bit)Linux CPUPentium II 233 MHz or better (32-bit)Tru64 CPUAlpha processor (64-bit)Memory512 MBDisk space for Sun SPARC1 GBDisk space for AIX1 GBDisk space for HP1 GBDisk space for Linux1 GBDisk space for Tru641 GBTMP or swap space1 GB1.7.2 Operating System Requirements For UNIXUse the following operating system requirements for installing Oracle Database Lite as a standalone product:Table 1-8 lists the operating system requirements for Sun SPARC-based systems.Table 1-9 lists the operating system requirements for AIX-based systems.Table 1-10 lists the operating system requirements for HP-based systems.Table 1-12 lists the operating system requirements for Linux-based systems.Table 1-15 lists the operating system requirements for Tru64-based systems.For the latest information on operating system requirements, refer to OracleMetaLink at the following Web site: 1-8 Operating System Requirements for Sun SPARC-Based SystemsItemRequirementOperating SystemSun Solaris 2.6, Solaris 7, or Solaris 8Window ManagerUse any supported Sun Solaris window manager that supports Motif.Table 1-9 Operating System Requirements for AIX-Based SystemsItemRequirementOperating SystemAIX 5L version 5.2, Maintenance Level 1 or higherWindow ManagerUse any supported IBM AIX window manager that supports Motif, such as dtwm, twm, and olwm.Table 1-10 Operating System Requirements for HP-Based SystemsItemRequirementOperating SystemHP-UX 11.0 (64-bit)Quality PackFor HP-UX 11.0 (64 bit), install the Quality Pack Sept 2002 (QPK11000 B.11.00.58.5) or higher.PatchesPHKL_27813 s700_800 11.00 POSIX AIO;getdirentries;MVFS;rcp;mmap/IDS patchWindow ManagerX Windows must be installed on the system from where the Installer is run. Use any supported X Windows server with support for Motif, such as dtwm, twm, and mwm.Table 1-11 Operating System Requirements for HP-Based SystemsItemRequirementOperating SystemHP-UX 11i (11.11) PA-RISC or. UNIX workstation running the Solaris 7, Solaris 8, Solaris 9, or Solaris 10 version of the Solaris Operating System. UNIX workstation running Red Hat, SuSE/JDS Linux kernel version 2.4 unix linux community Command history in Solaris. UNIX. Solaris. jxh461 Janu, Is that doable is solaris. I know it works in HP. Thanks in advance. PerderaboSolaris vs SunOS - Solaris - unix linux community - The UNIX and Linux
Creó otros sistemas operativos.El más popular, Solaris (1992), en la actualidad Oracle Solaris. Basado en UNIX y pensado para trabajar con servidores y workstations, se lanzó inicialmente para sus propios procesadores SPARC, pero más adelante añadió soporte para procesadores PowerPC, x86, IA-32 e incluso en la actualidad funciona también en x86-64.En 2005, Sun Microsystems se abrió al mundo del software libre lanzando una versión abierta de Solaris. Mientras éste era de licencia propietaria, OpenSolaris se convirtió en su alternativa de código abierto, si bien en 2010 el proyecto se abandonó tras la compra de Oracle.Curiosamente, Solaris no fue más que un cambio de nombre de Sun UNIX, la versión UNIX que incluía Sun Microsystems en sus workstations desde su primer modelo SUN-1 de 1982 y que se basaba, a su vez en la versión BSD de UNIX creada por Bill Joy, uno de los fundadores. Sun UNIX (1982) se llamó SunOS (1983 en adelante) y, finalmente, en 1992/1993 pasó a ser Solaris.El lenguaje JavaSegún el índice TIOBE, y otros muchos, Java es el lenguaje de programación más popular. Es más, gracias a Java existe Android a pesar de las disputas legales entre Oracle y Google.Java fue desarrollado por James Gosling para Sun Microsystems. Empleado de ésta desde 1984 hasta 2010, el canadiense lanzó Java en 1995. Al lenguaje se le unieron compiladores, máquinas virtuales y librerías propias. Orientado a objetos, de propósito genérico y multiplataforma, ya que no apenas tenía dependencias externas, pronto se ganó el favor de los desarrolladores para crear aplicaciones, desarrollos web, etc.Para el usuario común, durante décadas, Java ha sido un plugin de obligada instalación en el navegador web, e incluso aplicaciones populares funcionaban mediante Java. Es más, Java tuvo un papel importante para hacer compatibles programas de Windows en macOS y Linux cuando no habíaDifferences of Solaris zone and Solaris Container - The UNIX and
Arrays.High-Performance Computing: Solaris is used in many high-performance computing environments, such as scientific research and modeling. Its ability to handle large data sets and complex computations makes it an ideal choice for these applications.Financial Services: Solaris is used in many financial services applications, such as trading systems and risk management platforms. Its scalability, reliability, and security features make it an ideal platform for these applications.Telecommunications: Solaris is used in many telecommunications applications, such as mobile networks and call centers. Its ability to handle high volumes of data and support for advanced networking features make it an ideal platform for these applications.Features of the Solaris Operating SystemFollowing are some prominent characteristics of the Solaris operating systems:The main founders of the Solaris operating system are Andreas von Bechtolsheim, Vinod Khosla, Bill Joy, and Scott McNealy.Solaris Operating System itself is a proprietary and closed-source Unix-based operating system.OpenSolaris is a free and open-source operating system developed from the proprietary closed-source version of the Solaris operating.Other than scalability and interoperability, portability is one of the greatest benefits that the Solaris OS possesses.Solaris has an application binary interface (ABI), which executes the application software on any operating system with an identical microprocessor architecture. This leads to decreased costs of software development, the faster landing of products in markets, reduced costs of conversion, etc.Solaris is highly scalable. It’s capable of running on multiple devices, independent of its pertinence to a big environment. This ensures that if the user base grows or needs a more powerful system Solaris can handle the situation well.ConclusionSolaris is a Unix-like operating system developed by Sun Microsystems, which Oracle later acquired. Solaris was the successor to the company's previous SunOS in 1993.The main founders of the Solaris operating system are Andreas von Bechtolsheim, Vinod Khosla, Bill Joy, and Scott McNealy.Sun provided the following three extensions for its Solaris operating system, the Easy Access Server, the Enterprise Server, and the Internet Service Provider.Solaris 2.5.1 was the only version that supported the Power PC platform (PC architecture of the type RISC).Other than scalability and interoperability, portability is one of the greatest benefits that the Solaris operating system possesses.Solaris OS download - Solaris - unix linux community
Running Oracle software on SPARC hardware. However, the landscape for Solaris has changed significantly, with the rise of Linux as the dominant UNIX-like operating system in many enterprise environments. The focus of Solaris has shifted toward specific use cases where performance, security, and integration with Oracle’s software stack are paramount.Oracle continues to support Solaris with updates and new features, though the pace of innovation has slowed compared to the early days of Sun Microsystems. Solaris is now a more niche offering, tailored to organizations that require the unique features and optimizations that Solaris provides, particularly in conjunction with Oracle’s broader product portfolio.ConclusionThe history of Solaris, from its origins at Sun Microsystems to its current incarnation as Oracle Solaris, reflects broader trends in the enterprise computing landscape. Solaris was once a pioneering operating system, introducing many features that became standards in the industry. Under Oracle, Solaris has been repositioned as a specialized platform, tightly integrated with Oracle’s hardware and software offerings. While it no longer enjoys the same level of influence as it did in the 1990s and early 2000s, Solaris remains an important technology for organizations that rely on Oracle’s integrated solutions.Differences of Solaris zone and Solaris Container - The UNIX and Linux
Sun Solaris is a UNIX-based operating system originally developed by Sun Microsystems. The operating system was first introduced in 1992 as the successor to SunOS, which was a version of UNIX tailored specifically for Sun's own workstations. Solaris became known for its scalability, robustness, and advanced networking capabilities, making it particularly popular in the enterprise environment for running mission-critical applications, databases, and web services.Key Features and Technologies in Sun Solaris1. ZFS (Zettabyte File System): - Introduced in Solaris 10, ZFS was a revolutionary file system with features like data integrity verification, storage pooling, and snapshot capabilities. ZFS eliminated the need for traditional volume management and provided unprecedented flexibility and reliability for data storage.2. DTrace: - DTrace is a dynamic tracing framework that allows real-time diagnostics and performance tuning. It enabled administrators and developers to troubleshoot performance issues without needing to restart systems or services.3. Containers (Zones): - Solaris introduced the concept of Containers or Zones, which allowed multiple isolated environments to run on a single instance of the operating system. This feature provided lightweight virtualization and resource management capabilities, making it easier to run multiple applications on a single physical server.4. Security Features: - Solaris was known for its strong security features, including Role-Based Access Control (RBAC), Process Rights Management, and its implementation of Mandatory Access Controls (MAC). These features were essential for environments requiring high levels of security and compliance.5. Network Performance: - Solaris was optimized for high network performance, featuring advanced TCP/IP stack tuning and support for high-speed. UNIX workstation running the Solaris 7, Solaris 8, Solaris 9, or Solaris 10 version of the Solaris Operating System. UNIX workstation running Red Hat, SuSE/JDS Linux kernel version 2.4 unix linux community Command history in Solaris. UNIX. Solaris. jxh461 Janu, Is that doable is solaris. I know it works in HP. Thanks in advance. Perderabo
Command history in Solaris - Solaris - Unix Linux Community
OverviewSolaris is a Unix-like operating system developed by Sun Microsystems, which Oracle later acquired. Solaris was the successor to the company's previous SunOS in 1993. Solaris gained popularity for its scalability and for having many new features. Solaris supports SPARC and x86-64 workstations and servers from Oracle and other vendors.After acquiring Sun Microsystems, Oracle discontinued the OpenSolaris distribution and development. Oracle stopped providing public updates to the source code of the Solaris kernel, in August 2010, thus turning Solaris 11 back into a proprietary closed-source operating system.What is the Solaris Operating System?Solaris is the Unix-like operating system developed by Sun Microsystems rooted in the BSD operating system family. The first release of SunOs dates back to 1982. Since Sun Microsystems created the platform-independent programming language Java and Java runtime environment (JRE), Solaris systems come with a Java virtual machine (JVM) and the Java Development Kit (JDK) pre-installed.Sun provided the following three extensions for its Solaris OS:The Easy Access Server, was designed for running in networks that also have Windows NT systems.The Enterprise Server, was designed primarily for business-oriented environments. It included support for clustering.The Internet Service Provider server.Structure of the Solaris Operating SystemThe internal structure of the Solaris operating system is similar to the building of a city; from its core which keeps the whole façade standing, to the exterior with which we interact.The kernel is the root of the Solaris OS and represents the core of Solaris. On the other hand, the exterior part is denoted by the shell, which is an interpreter of instructions. The shell provides us with a user interface so we can have access to the operating system.Solaris 2.5.1 was the only version that supported the Power PC platform (PC architecture of the type RISC). However this version ended up being canceled soon after its release.Applications of Solaris Operating SystemEnterprise Computing: Solaris is widely used in enterprise computing, particularly in large data centers and high-performance computing environments. Its scalability, security features, and ability to handle heavy workloads make it an ideal choice for mission-critical applications.Cloud Computing: Solaris is also used in cloud computing environments as a platform for running virtual machines and hosting cloud-based applications. It provides advanced virtualization technologies that allow multiple operating systems and applications to run on a single physical server.Networking: Solaris is widely used in networking environments for its advanced networking features, such as support for IPsec, IPv6, and multicast routing. It also provides a number of tools for network management and monitoring.Storage: Solaris includes several features that make it a popular choice for storage environments. These include support for file systems like ZFS, which provide advanced data protection and management capabilities, as well as the ability to manage large storageIs Oracle Solaris UNIX? - Unix Linux Stack Exchange
But not limited to Linux, Solaris, macOS, AIX, FreeBSD, etc. The edition of choice for C++ programming on any platform or C++ development technology. 32-bit & 64-bit C++ class libraries (Windows DLLs). C++ libraries for Unix (Linux, Solaris, FreeBSD, macOS, etc.). Extensive library of sample applications and comprehensive documentation. Seamless integration with popular development environments including Microsoft Visual C++. macOS XCFramework for macOS and iOS development Modern XCFrameworks for building high performance macOS and iOS applications with blazing connectivity capabilities. Support for native Swift development (including Swift 5) XCFramework packaging for macOS, iOS, iOS simulator, and Catalyst projects Full support for Intel and Apple Silicon (ARM64) Easy integration in XCode 13+ Simplified support for Objective-C projects Extensive demo applications and comprehensive documentation Delphi Delphi VCL Components Native Delphi VCL components with no external dependencies. It features the same trustworthy components that come with other editions, available as native Delphi VCLs for real Delphi performance. Native Delphi VCL and FMX components. Extensive Delphi demo applications. Comprehensive integrated product documentation. Support for Lazarus IDE and Free Pascal. Support for all Delphi versions between Delphi 6 and RAD Studio 12. Support for Windows, Linux, macOS, Android, and iOS. C++ Builder C++ Builder VCL's Native C++ Builder components, written in C++ and compiled with the C++ Builder compiler for blazing performance. The natural choice for C++ Builder programming. Native C++ Builder components. Extensive C++ Builder sample applications. Comprehensive integrated product documentation. x86 and x64 platform support. Support for all C++ Builder versions between C++ Builder 2009 and RAD Studio 12. PHP Cross-platform PHP Component Libraries Cross-platform PHP component libraries / extensions for development on Windows, Unix, Linux, macOS, etc. 32-bit & 64-bit PHP libraries (Windows DLLs). PHP libraries for Unix (Linux, Solaris, FreeBSD, macOS, etc..). Support for PHP versions 5.2 through 8.3. Extensive library. UNIX workstation running the Solaris 7, Solaris 8, Solaris 9, or Solaris 10 version of the Solaris Operating System. UNIX workstation running Red Hat, SuSE/JDS Linux kernel version 2.4Where to download solaris 10 for sparc 64bit? - Solaris - Unix
AcrobatAdobe Acrobat and ReaderAdobe Acrobat and ReaderVersionRelease dateNotesOSFeatures1.015 June 1993Acrobat Reader priced originally at $50 per user.DOS/Mac2.0September 1994First version for Windows 3.1Windows, Mac, SunOS, Solaris, HP-UX, IRIX, AIX, OS/2Acrobat Catalog, which creates searchable indexes for PDF filesAdobe also released the first Acrobat Plug-ins SDK; allowing third-party developers to create plug-in programs for the Acrobat Exchange application.3.0November 1996First version compatible with Windows 95; last version to support Windows 3.1x and pre-Service Pack 3 Windows NT 4.0Windows, Macintosh, SunOS, Solaris, HP-UX, IRIX, AIX, Digital UNIX, Linux, OS/24.0April 1999Last version to support Windows NT 3.51, Windows NT 4.0 Service Packs 3 and 4, and pre-OSR2 Windows 95 and Mac OS 7.1.2 - 8.5Windows, Macintosh, Solaris, HP-UX, IRIX, AIX, LinuxSupport for PDF version 1.35.0May 2001Last version to support Windows 95 OSR2, Windows 98 First Edition, Windows NT 4.0 Service Pack 5, pre-Service Pack 2 Windows 2000, Mac OS 8.6 and Mac OS 9.0.4 - 9.2.2.Windows, Macintosh, Solaris, HP-UX, AIX, LinuxSupport for PDF version 1.46.0July 2003Adobe Acrobat Reader was renamed to Adobe Reader.Version 6 was criticized for its performance. The Acrobat 6 plug-ins for web browsers were also criticized for suffering from bad performance and potentially rendering one's web browser non-responsive.Last version to support Windows NT 4.0 Service Pack 6, Windows 98 Second Edition, Windows Me, Windows 2000 Service Packs 2 and 3 and Windows XP RTM.Windows, Macintosh, Unix (Linux, Solaris, HP-UX, AIX)Support for PDF version 1.57.028 December 2004The first version to include a mandatory product activation.Windows, Macintosh, Linux, Solaris, HP-UX, AIXIt included:Support for PDF version 1.6Support for Adobe Policy Server rights managementSupport for embedded 3D object information from the .u3d Universal 3D formatAdobe Acrobat 7 Professional for Windows now includes Adobe LiveCycle Designer 7.0. Adobe Elements 7.0 was also released which was still only sold by volume licensing outlets but decreased the minimum licenses limit to 100 licenses. Finally, another edition of Adobe Acrobat, Acrobat 3D, was added to the set.Adobe Acrobat 3D included all of the functionality of Acrobat Professional 7.0 as well as updated assistance for embedded 3D computer graphics, tools for capturing 3D content from OpenGL applications, and the Adobe Acrobat 3D Toolkit for converting CAD documents to PDF objects. Also included is a version of the capture tool for installation on Unix systems.The last version to support Windows NT 4.0 Service Packs 6 and 6a, though with limited feature support.8.03 November 2006A later update 8.1 in June 2007 was released in order to be compatible with Microsoft Office 2007, Windows Vista, and 64-bit Windows operating systems. Also during September 2007, Adobe Reader 8.1.1 released for Linux and Solaris (SPARC) users.The Adobe Acrobat 8 set had a few changes. Acrobat 3D was now able to produce embedded PRC file format, a very compressed format for geometry and graphics which requires Reader 8.1 to display. It also supported Product Manufacturing Information and many different CAD formats.Acrobat Connect Professional (formerly Macromedia Breeze) was also added to the set. It allowed scalable interactive web conferencing and multiple personal meeting rooms for everyone part ofComments
Back in the late 80s and through the 90s, Unix workstations were super powerful, super cool, and super expensive. If you were making 3D graphics or developing applications, you wanted a high-performance workstation and Sun made some of the best ones. But unless you worked for a huge company, university, or government, they were probably too expensive.More than twenty years later, we have much more powerful and affordable computers, so let's emulate the old systems and see what it was like to run some of the coolest computers you could buy in the 90s. Sun workstations started out running SunOS, based on BSD Unix (like NeXTSTEP), but in 1991 they replaced it with Solaris, based on Unix System V Release 4 (like AIX and HP-UX).The first version of Solaris was actually Solaris 2, and to try and make sense they went back and named SunOS Solaris 1, but in the operating system it still refers to itself as SunOS. So Solaris 1 is SunOS 4, and Solaris 2 is SunOS 5, and Solaris 2.6 that we'll run is SunOS 5.6. Confused yet?Ignore the naming conventions and just know that we'll run Solaris 2.6 from 1997. For comparison, at that time a PC would be running Windows 95 and Apple released Mac OS 8 the same year. You'll need:The latest version of QEMU, for this guide version 3.1.0 worked well.A system to run it on - Windows, Linux, or MacSolaris 2.6 ISOFor added fun, a Sun Type 5 keyboard converted to
2025-04-21Additionally, Sun will make its Solaris version of Unix compatible with Linux, one of several steps likely to please ?open source? advocates. Stephen Shankland worked at CNET from 1998 to 2024 and wrote about processors, digital photography, AI, quantum computing, computer science, materials science, supercomputers, drones, browsers, 3D printing, USB, and new computing technology in general. He has a soft spot in his heart for standards groups and I/O interfaces. His first big scoop was about radioactive cat poop. Expertise Processors | Semiconductors | Web browsers | Quantum computing | Supercomputers | AI | 3D printing | Drones | Computer science | Physics | Programming | Materials science | USB | UWB | Android | Digital photography | Science CredentialsShankland covered the tech industry for more than 25 years and was a science writer for five years before that. He has deep expertise in microprocessors, digital photography, computer hardware and software, internet standards, web technology, and more. Sun Microsystems is helping the Linux community port itsUnix-like operating system to Sun's UltraSparc platform, the companyannounced today.In addition, Sun will make Solaris OS compatible with Linux, "so that customers can take advantage of the breadth ofnew Linux applications within the...Solaris environment," the company said in a statement. Solaris, a "flavor" of Unix, runs on Intel computers as well asSun's own hardware.The Palo Alto, California, company also said Sun resellers will offer computer systems with both Solaris and Linux.Sun has worked with the Linux community to translate Linux to itsUltraSparc platform since joining LinuxInternational in May 1998. However, the effort to bring Linux to theUltraSparc architecture has been going on for years.UltraLinux, based in the CzechRepublic, has been working since 1995 on a version of Linux forUltraSparc machines, preparing a distribution called UltraPenguin. Separately, Red Hat has been distributing a Sparcversion of Linux as part of its Variety Pack.Sun said a list of download sites for the UltraSparc version of Linux wouldbe postedon its Web site, but the list hadn't been posted as of Tuesday afternoon.The Palo Alto company positioned the move as victory for Unix systems, eventhough Linux competes with Solaris."By promoting user choice of Unix operating systems on the UltraSparcarchitecture, Sun further demonstrates its commitment to open standards andencourages the expansion of the overall Unix market," said Ken Okin, vicepresident and general manager of workstation products at Sun.Sun's positioning of Linux as a Unix helper rather than a Solariscompetitor is significant in light of Linux' growing popularity.Microsoft executives have saidLinux competes more with Unix systems than with Windows NT. "From a purelycompetitive point of view, the interaction between Linux and other Unixesis likely to be more of an inflection point than Windows NT," Edmund Muth,enterprise marketing group manager at Microsoft, previously told CNET News.com.Linux is likely to appeal to "people already invested technologically and emotionally inthe Unix camp," he predicted.But analysts have said Linux is competing more with Windows NT as Linuxmakes its way into low-end servers in the business sector.Sun's move to support Linux is one of several announcements today
2025-03-27Creó otros sistemas operativos.El más popular, Solaris (1992), en la actualidad Oracle Solaris. Basado en UNIX y pensado para trabajar con servidores y workstations, se lanzó inicialmente para sus propios procesadores SPARC, pero más adelante añadió soporte para procesadores PowerPC, x86, IA-32 e incluso en la actualidad funciona también en x86-64.En 2005, Sun Microsystems se abrió al mundo del software libre lanzando una versión abierta de Solaris. Mientras éste era de licencia propietaria, OpenSolaris se convirtió en su alternativa de código abierto, si bien en 2010 el proyecto se abandonó tras la compra de Oracle.Curiosamente, Solaris no fue más que un cambio de nombre de Sun UNIX, la versión UNIX que incluía Sun Microsystems en sus workstations desde su primer modelo SUN-1 de 1982 y que se basaba, a su vez en la versión BSD de UNIX creada por Bill Joy, uno de los fundadores. Sun UNIX (1982) se llamó SunOS (1983 en adelante) y, finalmente, en 1992/1993 pasó a ser Solaris.El lenguaje JavaSegún el índice TIOBE, y otros muchos, Java es el lenguaje de programación más popular. Es más, gracias a Java existe Android a pesar de las disputas legales entre Oracle y Google.Java fue desarrollado por James Gosling para Sun Microsystems. Empleado de ésta desde 1984 hasta 2010, el canadiense lanzó Java en 1995. Al lenguaje se le unieron compiladores, máquinas virtuales y librerías propias. Orientado a objetos, de propósito genérico y multiplataforma, ya que no apenas tenía dependencias externas, pronto se ganó el favor de los desarrolladores para crear aplicaciones, desarrollos web, etc.Para el usuario común, durante décadas, Java ha sido un plugin de obligada instalación en el navegador web, e incluso aplicaciones populares funcionaban mediante Java. Es más, Java tuvo un papel importante para hacer compatibles programas de Windows en macOS y Linux cuando no había
2025-03-28Arrays.High-Performance Computing: Solaris is used in many high-performance computing environments, such as scientific research and modeling. Its ability to handle large data sets and complex computations makes it an ideal choice for these applications.Financial Services: Solaris is used in many financial services applications, such as trading systems and risk management platforms. Its scalability, reliability, and security features make it an ideal platform for these applications.Telecommunications: Solaris is used in many telecommunications applications, such as mobile networks and call centers. Its ability to handle high volumes of data and support for advanced networking features make it an ideal platform for these applications.Features of the Solaris Operating SystemFollowing are some prominent characteristics of the Solaris operating systems:The main founders of the Solaris operating system are Andreas von Bechtolsheim, Vinod Khosla, Bill Joy, and Scott McNealy.Solaris Operating System itself is a proprietary and closed-source Unix-based operating system.OpenSolaris is a free and open-source operating system developed from the proprietary closed-source version of the Solaris operating.Other than scalability and interoperability, portability is one of the greatest benefits that the Solaris OS possesses.Solaris has an application binary interface (ABI), which executes the application software on any operating system with an identical microprocessor architecture. This leads to decreased costs of software development, the faster landing of products in markets, reduced costs of conversion, etc.Solaris is highly scalable. It’s capable of running on multiple devices, independent of its pertinence to a big environment. This ensures that if the user base grows or needs a more powerful system Solaris can handle the situation well.ConclusionSolaris is a Unix-like operating system developed by Sun Microsystems, which Oracle later acquired. Solaris was the successor to the company's previous SunOS in 1993.The main founders of the Solaris operating system are Andreas von Bechtolsheim, Vinod Khosla, Bill Joy, and Scott McNealy.Sun provided the following three extensions for its Solaris operating system, the Easy Access Server, the Enterprise Server, and the Internet Service Provider.Solaris 2.5.1 was the only version that supported the Power PC platform (PC architecture of the type RISC).Other than scalability and interoperability, portability is one of the greatest benefits that the Solaris operating system possesses.
2025-04-15Sun Solaris is a UNIX-based operating system originally developed by Sun Microsystems. The operating system was first introduced in 1992 as the successor to SunOS, which was a version of UNIX tailored specifically for Sun's own workstations. Solaris became known for its scalability, robustness, and advanced networking capabilities, making it particularly popular in the enterprise environment for running mission-critical applications, databases, and web services.Key Features and Technologies in Sun Solaris1. ZFS (Zettabyte File System): - Introduced in Solaris 10, ZFS was a revolutionary file system with features like data integrity verification, storage pooling, and snapshot capabilities. ZFS eliminated the need for traditional volume management and provided unprecedented flexibility and reliability for data storage.2. DTrace: - DTrace is a dynamic tracing framework that allows real-time diagnostics and performance tuning. It enabled administrators and developers to troubleshoot performance issues without needing to restart systems or services.3. Containers (Zones): - Solaris introduced the concept of Containers or Zones, which allowed multiple isolated environments to run on a single instance of the operating system. This feature provided lightweight virtualization and resource management capabilities, making it easier to run multiple applications on a single physical server.4. Security Features: - Solaris was known for its strong security features, including Role-Based Access Control (RBAC), Process Rights Management, and its implementation of Mandatory Access Controls (MAC). These features were essential for environments requiring high levels of security and compliance.5. Network Performance: - Solaris was optimized for high network performance, featuring advanced TCP/IP stack tuning and support for high-speed
2025-04-07OverviewSolaris is a Unix-like operating system developed by Sun Microsystems, which Oracle later acquired. Solaris was the successor to the company's previous SunOS in 1993. Solaris gained popularity for its scalability and for having many new features. Solaris supports SPARC and x86-64 workstations and servers from Oracle and other vendors.After acquiring Sun Microsystems, Oracle discontinued the OpenSolaris distribution and development. Oracle stopped providing public updates to the source code of the Solaris kernel, in August 2010, thus turning Solaris 11 back into a proprietary closed-source operating system.What is the Solaris Operating System?Solaris is the Unix-like operating system developed by Sun Microsystems rooted in the BSD operating system family. The first release of SunOs dates back to 1982. Since Sun Microsystems created the platform-independent programming language Java and Java runtime environment (JRE), Solaris systems come with a Java virtual machine (JVM) and the Java Development Kit (JDK) pre-installed.Sun provided the following three extensions for its Solaris OS:The Easy Access Server, was designed for running in networks that also have Windows NT systems.The Enterprise Server, was designed primarily for business-oriented environments. It included support for clustering.The Internet Service Provider server.Structure of the Solaris Operating SystemThe internal structure of the Solaris operating system is similar to the building of a city; from its core which keeps the whole façade standing, to the exterior with which we interact.The kernel is the root of the Solaris OS and represents the core of Solaris. On the other hand, the exterior part is denoted by the shell, which is an interpreter of instructions. The shell provides us with a user interface so we can have access to the operating system.Solaris 2.5.1 was the only version that supported the Power PC platform (PC architecture of the type RISC). However this version ended up being canceled soon after its release.Applications of Solaris Operating SystemEnterprise Computing: Solaris is widely used in enterprise computing, particularly in large data centers and high-performance computing environments. Its scalability, security features, and ability to handle heavy workloads make it an ideal choice for mission-critical applications.Cloud Computing: Solaris is also used in cloud computing environments as a platform for running virtual machines and hosting cloud-based applications. It provides advanced virtualization technologies that allow multiple operating systems and applications to run on a single physical server.Networking: Solaris is widely used in networking environments for its advanced networking features, such as support for IPsec, IPv6, and multicast routing. It also provides a number of tools for network management and monitoring.Storage: Solaris includes several features that make it a popular choice for storage environments. These include support for file systems like ZFS, which provide advanced data protection and management capabilities, as well as the ability to manage large storage
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