sona p (T.S) 10 gb Ethernet technology .pptx

Ethernet

1. Submitted in partial fulfillment of the requirements for the 3 rd Semester of MASTER OF COMPUTER APPLICATIONS o f VISVESVARAYA TECHNOLOGICAL UNIVERSITY “Jnana Sangama”, Belagavi-590018, Karnataka Submitted by Sona P 4VZ22MC 100 Under the Guidance of Prof. Yogesha T Assistant Professor Dept. of CSE , VTU - PG Studies, Mysuru-570029 Dept. of CSE (MCA Programme) Centre for Post Graduate Studies, Mysuru Region VISVESVARAYA TECHNOLOGICAL UNIVERSITY Sathagalli, Mysuru – 570029 10GB ETHERNET Technical Seminar(22MCA43)Presentation on

2. PRESENTATION OVERVIEW Introduction Literature Review Methodology Advantages Disadvantages Conclusion References Dept. of CSE(MCA Programme),VTU PG Studies-Mysuru 2

3. Dept. of CSE(MCA Programme),VTU PG Studies-Mysuru 3 INTRODUCTION 10 Gigabit Ethernet (10GbE) is like a supercharged Ethernet cable. It blasts data 10 times faster than regular Ethernet, making it perfect for data centers and high-bandwidth needs. You can set it up with copper cables for shorter runs or fiber optics for longer distances. It's popular because it works with existing networks, handles more traffic, and offers a good balance of speed and affordability. Think of it as the fast lane for your data!

4. LITERATURE SURVEY Title of The paper Title of The paper Description Publication details "10 Gigabit Ethernet" This paper provides a foundational overview of 10GbE. It discusses the need for faster Ethernet technology beyond Gigabit Ethernet, explores market requirements, and delves into various aspects like the Media Access Control (MAC) layer and physical layer functionalities [1].   By Siwaruk Siwamogsatham (1999) IEEE 802.3 Working Group: The IEEE 802.3 Higher Speed Study Group (HSSG) played a significant role in developing the 10GbE standard. You can find resources and documentation from the IEEE on their website to understand the technical specifications and implementation details [2].   By Siwaruk Siwamogsatham (1999) Dept. of CSE(MCA Programme),VTU PG Studies-Mysuru 4

5. Methodology Dept. of CSE(MCA Programme),VTU PG Studies-Mysuru 5

6. Advantages Dept. of CSE(MCA Programme),VTU PG Studies-Mysuru 6 10x Faster Speeds: Blast through large files and stream flawlessly . No More Bottlenecks: Eliminate network slowdowns for smoother performance . Scalable for Growth: Easily handle increased data demands in the future . Works with Existing Equipment: Upgrade to 10GbE without ripping out your whole network (in some cases ). Cost-Effective: Good balance between performance and affordability.

7. Disadvantages Cost: Setting up 10GbE can be pricier than Gigabit Ethernet. You might need new cables (Cat6a/Cat7) or SFP+ transceivers, and fiber options can add to the cost . Distance: Copper cables for 10GbE have a shorter reach (around 100 meters) compared to fiber optics . Power Consumption: Copper cabling for 10GbE uses more power than Gigabit Ethernet. Dept. of CSE(MCA Programme),VTU PG Studies-Mysuru

8. C onclusion 10GbE is a game-changer for networks needing a speed boost. It's 10x faster than standard Ethernet, perfect for data centers and big data applications. While the initial setup might be pricier, especially for longer distances, the long-term benefits outweigh the cost. Think of it as an investment in a future-proof, high-speed network. Dept. of CSE(MCA Programme),VTU PG Studies-Mysuru

9. REFERENCES Dept. of CSE(MCA Programme),VTU PG Studies-Mysuru 9 [1] [ Doorn99] S. V. Doorn , "10 Gig Status and Technology," http:// grouper.ieee.org/groups/802/3/10G_study/public/march99/van_doorn_1_03991.pdf [2] [ Young99] L. Young, V. Bhatt, and E. Cornerjo et. al., "Preliminary Serial PMD Proposal for HSSG," http:// grouper.ieee.org/groups/802/3/10G_study/public/nov99/cornejo_1_1199.pdf [3] [Muller99] Shimon Muller, "Architecture for 10 GbE Standard," http:// grouper.ieee.org/groups/802/3/10G_study/public/june99/muller_1_0699.pdf [4] [ Salzman99] Mike Salzman , "10 GbE requirements & architecture," http:// grouper.ieee.org/groups/802/3/10G_study/public/june99/salzman_1_0699.pdf [5] [Dolfi99] Dave Dolfi , "10 Gb/s Wide WDM Transceivers ( SpectraLAN ) at 850 nm and 1300 nm," http://grouper.ieee.org/groups/802/3/10G_study/public/march99/dolfi_1_0399.pdf  

10. THANK YOU ! With Regards Sneha S 4VZ22MC099