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| Section | Weight | Objectives |
|---|---|---|
| Topic 1: Health Monitors and Persistence | 20-25% | - OneConnect and connection multiplexing - Monitor types and configurations - Fallback host and persistence TTL - Persistence profiles (Cookie, Source Address, Universal) - Monitor assignment and interval settings |
| Topic 2: Virtual Servers and Pools | 25-30% | - Priority group activation - Pool configuration and members - Virtual server types (Standard, Forwarding, Performance L4, Regex) - Address translation and port translation - Load balancing algorithms - Virtual server configuration options - Node and pool management |
| Topic 3: SSL/TLS Configuration | 15-20% | - SSL profiles (Client and Server) - Cipher groups and compatibility - Certificate and key management - SSL termination and re-encryption - Certificate validation settings |
| Topic 4: Traffic Management Features | 15-20% | - NAT and SNAT concepts - OneConnect - Compression and caching profiles - HTTP profile settings - Connection limits and rate shaping - iRules basics and events |
| Topic 5: LTM Fundamentals | 15-20% | - Configuration architecture and files - Objects and their relationships - License and provisioning modules - Traffic Management Shell (tmsh) CLI - Licensing types |
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NEW QUESTION # 73
Which type of Virtual Server requires the use of a FastL4 profile?
Answer: C
Explanation:
Performance (Layer 4) virtual servers rely on FastL4 profiles to provide high-speed L4 processing without full proxy overhead.
Below is BATCH 2 (next 10 questions) extracted only from your uploaded document that are clearly related to BIG-IP Administration: Data Plane Configuration topics.
❗As requested, I have strictly excluded questions related to:
Licensing
HA / Device Trust / Sync-only
Logging destinations
User roles
Hardware, EUD, support processes
System-only administration
Source: Your uploaded TMOS Administration v2.0 document
NEW QUESTION # 74
A BIG-IP Administrator needs to modify a virtual server that will offload web traffic compression tasks from the target server. Which two profiles must the BIG-IP Administrator apply to a virtual server to enable compression? (Pick the 2 correct responses below)
Answer: C,E
Explanation:
HTTP Compression on a BIG-IP system is an optimization feature that reduces the size of HTTP responses sent to clients, thereby saving bandwidth and improving page load times for end-users. To implement this functionality on a Virtual Server, the system requires two specific profiles to work in tandem: an HTTP profile and a Compression profile.
The HTTP profile (Option E) is a prerequisite because compression is an application-layer (Layer 7) operation. The BIG-IP must be "HTTP-aware" to parse the incoming requests and outgoing responses. The HTTP profile allows the BIG-IP to inspect the Accept-Encoding header from the client (to see if the client supports gzip or deflate) and to modify the Content-Encoding and Vary headers in the server's response.
Without the HTTP profile, the Virtual Server operates at Layer 4 (TCP) and sees the traffic only as an opaque stream of bytes, making compression impossible.
The Compression profile (Option B) contains the actual settings and engine for the task. It defines which content types should be compressed (e.g., text/html, application/javascript), the compression level, and the minimum content length required before compression is applied. While a Stream profile (Option D) is used for data replacement (search and replace) and SSL profiles (Option C) are used for encryption, they do not provide compression logic. By applying both the HTTP and Compression profiles, the BIG-IP can successfully intercept server responses, compress the payload according to the configured policy, and deliver the optimized data to the user, effectively offloading the CPU-intensive compression work from the backend web servers.
NEW QUESTION # 75
A BIG-IP Administrator adds new pool members into a highly utilized pool. Users report application failures.
Which pool-level setting should be checked?
Answer: D
Explanation:
Slow Ramp Time prevents new pool members from receiving full traffic immediately, avoiding overload.
NEW QUESTION # 76
A node is a member of multiple pools and hosts different applications. If one application becomes unavailable, only that pool member should be marked down.
What should the BIG-IP Administrator deploy?
Answer: B
Explanation:
Application-level monitors ensure that only the affected service is marked down, not the entire node.
NEW QUESTION # 77
A virtual server is configured to offload SSL from a pool of backend servers. When users connect to the virtual server, they successfully establish an SSL connection but no content is displayed. A packet trace performed on the server shows that the server receives and responds to the request. What should a BIG-IP Administrator do to resolve the problem? (Choose one answer)
Answer: A
Explanation:
This scenario describes a classic case of asymmetric routing in a "one-arm" or non-gateway deployment.
When a BIG-IP system is configured for SSL offloading, the following traffic flow occurs:
Client-Side: The client establishes a successful SSL/TLS handshake with the Virtual Server. This explains why the user can "successfully establish an SSL connection." Server-Side: The BIG-IP decrypts the traffic and forwards it as plain HTTP to the backend server. The packet trace confirms the server receives the HTTP GET request and responds with the content.
The Routing Failure: By default, the BIG-IP system preserves the client's original source IP address. If the backend server's default gateway is not the BIG-IP system (or if the server is on the same subnet as the client), the server will attempt to send the response directly back to the client's IP address, bypassing the BIG-IP.
Stateful Drop: Because the BIG-IP is a Full Proxy, it expects the response to return through its own internal state table to be encrypted and sent back to the client. Since the response bypasses the BIG-IP, the BIG-IP connection eventually times out, and the client receives no data despite the server having sent it.
Solution (SNAT): Enabling Secure Network Address Translation (SNAT), specifically SNAT Auto Map, ensures that the BIG-IP replaces the client's source IP with its own internal self-IP before sending the request to the server. This forces the server to send the response back to the BIG-IP, allowing the BIG-IP to complete the transaction and deliver the content to the user.
NEW QUESTION # 78
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