Las nuevas características del Sistema Operativo (Big-IP V13) de la empresa F5 Networks.
BIG-IP LTM NUEVAS CARACTERISTICAS:
Health Monitor Statistics:
Esta característica permite tener estadísticas de los monitores y las instancias que se tienen sobre los servicios, de la siguiente forma:
Monitoreo del monitor:
o Probe_count 717
o Probe_success 614
My_HTTP_Monitor instance 172.16.20.1:80
o Probe_count 181
o Probe_success 79
o Probe_failure 89
Se crearon unos nuevos y mejorados perfiles que ayudan con la optimización de las aplicaciones, sin embargo, los anteriores no se eliminan, dado que muchos pudieron haber creado perfiles basados en estos.
Los perfiles f5-tcp-wan, f5-tcp-lan, f5-tcp-mobile son versiones actuales de tcp-wan-optimized, tcp-lan-optimized y tcp-optimizado donde se incorporaron las características más recientes. El perfil f5-tcp-progressive el cual es un perfil de propósito general.
Según indica el fabricante estos 4 perfiles nuevos serán actualizados con las mejores prácticas a medida que evolucionen.
Leer mas sobre el nuevo esquema de profiles https://devcentral.f5.com/articles/f5-unveils-new-built-in-tcp-profiles-25175
HA Troubleshooting Enhancements:
Ayudando a un diagnóstico más rápido y sectorizado al momento de configurar y/o soportar “HA”, en la nueva versión se han incorporado nuevos mensajes y comandos.
Otras características y Mejoras
Cipher Rules and Cipher Groups :
Esta versión introduce grupos y reglas de cipher que permiten visualizar, organizar y aplicar conjuntos de cifrado; los grupos son manejados con los siguientes operadores boleanos:
UNION = permite todo.
INTERSECT = Permite únicamente lo que se encuentra en A y B.
DIFFERENCE = Se excluye lo que se indique.
Leer mas sobre grupos y relas de Cipher https://devcentral.f5.com/articles/cipher-rules-and-groups-in-big-ip-v13-25200
Elliptical curve crypto (ECC) support for F5 external crypto offload:
Permite delegar la carga de las operaciones criptográficas de una versión virtual a una versión física.
Subir el archivo de diagnóstico QKVIEW directamente al iHealth.
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High Probability Copper Discovery Potential
Copper is a highly malleable and ductile metal that has been known to humanity for thousands of years. It is a well-known conductor of electricity and heat, making it an essential material in various industries. Here are some of the properties of copper metal. 1. High melting and boiling point: Copper has a high melting point of 1,085 В°C (1,985 В°F) and a boiling point of 2,562 В°C (4,644 В°F). These properties make it one of the most heat-resistant metals, which is why it is commonly used in high-temperature applications. 2. Good electrical and thermal conductivity: Copper is an excellent conductor of both electricity and heat. It is second only to silver in electrical conductivity and has a thermal conductivity that is two times higher than aluminum. Because of these properties, copper is widely used in electrical wiring, motors, transformers, and heat exchangers. 3. Ductile and malleable: Copper is a highly malleable and ductile metal, which means it can be easily shaped and formed into various shapes and sizes. This property makes it ideal for use in wires, pipes, and other applications that require flexibility. 4. Corrosion resistance: Copper is a fairly corrosion-resistant metal that can resist oxidation and other chemical reactions. This property makes it a suitable material for plumbing and other applications that require it to be in contact with water and other corrosive substances. 5. Antimicrobial properties: Copper has been found to have antimicrobial properties, which means it can kill or inhibit the growth of bacteria, viruses, and fungi. This property is why copper is commonly used in medical instruments, door handles, and other surfaces that require high levels of cleanliness. 6. Non-magnetic: Copper is non-magnetic, which means it does not have any magnetic properties. This property makes it ideal for use in electrical equipment because it does not interfere with magnetic fields. 7. Recyclable: Copper is a highly recyclable metal, which means it can be reused without losing its properties. This property makes it an eco-friendly and sustainable material that can help reduce waste and environmental impact. In conclusion, copper metal has a wide range of properties that make it extremely versatile and useful in various industries. Its high resistance to heat, excellent conductivity, malleability, and other properties make it an integral part of our everyday life [url=http://nopm.cc/]copper waste management[/url] copper scrap reception
[b]The Mineralogy and Metallurgy of Copper[/b]
Copper was discovered in China around 2800BC
While it may seem like using a copper wire as a fuse wire could be a good idea, in reality, it would be quite a dangerous choice. The role of a fuse wire is to act as a safety device and protect electrical circuits from overloading. If an excessive amount of electrical current flows through a circuit, a properly functioning fuse wire will melt or blow, effectively breaking the circuit and preventing damage to the equipment or wiring. If a copper wire were used as a fuse wire, it would not be able to perform this safety function. Copper is an excellent conductor, which means it can transmit electricity extremely well. However, this also means that it is not a good choice for use as a fuse wire. Copper is simply too conductive to generate enough heat to melt or break the wire when a circuit becomes overloaded. This means that the circuit could continue to operate even when it is experiencing dangerous levels of electrical current. Additionally, copper wire is generally much thicker than a typical fuse wire. This means that it would take a much higher amount of current flowing through the circuit to heat the copper wire enough to melt it. By the time the copper wire did begin to melt, the circuit would likely have already sustained significant damage or failed altogether. In sum, copper wire is not a suitable substitute for a fuse wire due to its high conductivity, thickness, and inability to generate enough heat to break or melt when a circuit becomes overloaded. Other materials, such as silver, tin, or aluminum, are better suited for use as fuse wires because they have a higher resistance to electrical flow and are designed to melt or break under specific conditions